Scientico

SCIENTICO’s NexuMation 05 is a precision-engineered Ball & Beam Control Trainer, developed to introduce and demonstrate key principles in automatic control systems, modern control engineering, and electrical motor control. Part of the advanced NexuMation series, this trainer is a premium addition to our Automation and Control Technology Lab Equipment, built to serve the evolving needs of technical universities, research labs, and automation training centers.

This system is designed to control the position of a stainless steel ball on a beam by adjusting the rotational angle of the beam using an actuator. The trainer includes both hardware and software components, making it ideal for experimentation in control theories such as PID control, root locus method, and frequency response analysis.

The NexuMation 05 control trainer includes two main parts: the Ball & Beam mechanical body and the electronic control unit, allowing learners to explore both the physical dynamics and control strategies in one integrated setup. It provides complete modeling in Simulink, supporting open-loop and closed-loop control, and is ideal for real-time demonstrations of instability, feedback, and correction using live data.

As a trusted Automation and Control Technology Manufacturer, SCIENTICO ensures all trainers are crafted with industrial-grade materials, high-speed sensors, and precision electronics. This system gives learners practical insight into real-world instability control applications found in aerospace, robotics, and automotive technologies.

With over 30 years of manufacturing experience, SCIENTICO is also a reliable Automation and Control Technology Exporter, shipping globally with full documentation and academic support.

Key Features:
• Hands-on Trainer for Ball & Beam Position Control
• Supports PID, Root Locus, and Frequency Response Methods
• Full Mechanical, Electrical, and Control Modeling
• MATLAB Simulink Interface for Real-Time Experiments
• High-Precision Sensors and Smooth Actuator System
• Modular Hardware with Compact Design
• ISO Certified & CE Marked
• Ready for University-Level Control System Labs

Whether for advanced mechatronics, automatic control principles, or feedback systems, the NexuMation 05 offers a dynamic platform for both teaching and research.

Experiments Included:
• Ball & Beam System Overview and Benefits
• Identification of Functional Components
• Mechanical and Electrical Modeling
• Control System Design & Simulation in Simulink
• Open-Loop and Closed-Loop Modeling
• Ball & Beam Control using PID
• Root Locus and Frequency Response Techniques

Q&A Section

Q1: What is the purpose of the NexuMation 05 Ball & Beam Control Trainer?
A: It demonstrates principles of feedback, instability, and control using a real-time electromechanical system, widely used in control system education.

Q2: Is this trainer compatible with MATLAB/Simulink?
A: Yes, NexuMation 05 supports modeling and control implementation in Simulink, making it ideal for simulation and real-time analysis.

Q3: What makes SCIENTICO a top Automation and Control Technology Manufacturer?
A: SCIENTICO combines decades of industry experience, ISO-certified processes, in-house R&D, and CE-marked products to deliver reliable lab solutions.

Q4: Can this system be exported outside India?
A: Absolutely. SCIENTICO is a trusted Automation and Control Technology Exporter, delivering to institutions in UAE, Saudi Arabia, Kenya, and more.

SCIENTICO offers a complete range of Automation and Control Technology training systems under the NexuMation series. These systems are designed to help students understand modern industrial automation through practical learning. NexuMation products cover key areas including PLC control, electro pneumatics, robotics, material handling, sensor technology, signal conditioning, transducer studies, and complete production line simulations.

The NexuMation series is built to mirror real industrial processes so that learners can develop strong problem solving skills and technical awareness. These training modules allow users to work with sensors, actuators, conveyors, pneumatic systems, indexing tables, robotic arms, measuring stations, and closed loop control systems. Each model supports structured learning that helps students move from basic concepts to advanced automation techniques.

SCIENTICO ensures high quality materials, safe operation, and reliable performance across the entire range. Each NexuMation module includes integrated hardware, built in power supplies, industrial grade components, and detailed curriculum manuals. The systems support PLC control and microprocessor based programming so that students can practice automation logic, real time control, and process optimization.

NexuMation products are widely used in engineering colleges, polytechnics, skill development centers, industrial training institutes, and technical universities. These systems help learners understand the workflow of automated manufacturing, including sensing, inspection, sorting, positioning, measurement, and handling of components. The series is suitable for courses in automation, mechatronics, instrumentation, electrical engineering, robotics, and industrial control.

SCIENTICO has established itself as a trusted manufacturer of engineering lab equipment since 1993. The NexuMation series reflects the company’s focus on innovation, durability, and practical training. With decades of experience, SCIENTICO supports institutions worldwide with reliable laboratory solutions that help students gain industry ready skills.

FAQ Section

Q1. What is the NexuMation series?
It is a complete range of automation and control training systems developed by SCIENTICO for hands on learning in modern industrial automation.

Q2. Which areas of automation can students learn?
Students can learn PLC programming, electro pneumatics, robotics, pick and place systems, conveyor based automation, transducer applications, sensor integration, and production line control.

Q3. Are NexuMation modules suitable for PLC based learning?
Yes. Every module supports PLC control and also allows microprocessor based operation and programming.

Q4. Which institutions use these trainers?
Engineering colleges, polytechnics, industrial training centers, universities, and skill development labs use NexuMation systems for teaching and practical assessments.

Q5. Does SCIENTICO provide curriculum support?
Yes. Each trainer includes a curriculum manual with background theory, guided experiments, and assessment exercises.

Q6. Can the systems be expanded for future training needs?
Many NexuMation modules are modular in design so additional components or stations can be added as required.

SCIENTICO's NexuMation 02 is an advanced AC Servo Motor Control Trainer developed for hands-on learning in industrial automation, motion control, and robotics systems. Part of our high-performance Automation and Control Technology Lab Equipment series, this trainer is ideal for engineering colleges, technical universities, and vocational training institutes.

Engineered with a high-speed AC servo motor and precision driver, NexuMation 02 enables practical training in speed, position, and torque control. It supports advanced automation experiments aligned with modern industrial demands. The included driver achieves an impressive velocity response frequency of 3.2 kHz, allowing learners to replicate high-speed machine environments and minimize operational cycle times.

Equipped with auto-gain tuning and a full-closed loop control system, this trainer is built for high-stability performance in both high-speed and low-stiffness applications. The AC servo motor features a 23-bit encoder, ensuring accurate positioning and feedback during dynamic motion tasks. Students can easily configure, program, and control the servo system using built-in modules, making it an ideal educational tool in the field of automation.

As a trusted Automation and Control Technology Manufacturer, SCIENTICO ensures all units are CE-marked, ISO-certified, and rigorously tested to meet global training standards. Whether you're upgrading an automation lab or training the next generation of robotics engineers, NexuMation 02 offers flexibility, performance, and long-term value.

Key Features:
• Complete AC Servo Drive and Motor Setup
• Supports Position, Speed, and Torque Control Experiments
• Auto-Gain Tuning for Optimal Response
• High Resolution 23-bit Encoder for Accurate Feedback
• Full-Closed Loop Control & Damping Function
• Stable Operation in Low-Stiffness Machines
• Modular Design for Easy Understanding and Training
• Industry-Relevant Curriculum Integration

SCIENTICO is also a recognized Automation and Control Technology Exporter, serving clients across the Middle East, Africa, and Asia. All NexuMation trainers are supported with comprehensive documentation, instructor manuals, and technical assistance.

Experiments Included:
• AC Servo Configuration
• Position Control Operation
• Speed Regulation
• Torque Control Analysis

Q&A Section

Q1: What does NexuMation 02 train students on?
A: It trains students in configuring and controlling AC servo motors for position, speed, and torque—key components of modern automation systems.

Q2: Is this trainer suitable for industrial applications?
A: While designed for academic labs, NexuMation 02 replicates real-world servo applications, making it highly relevant for industrial-grade training.

Q3: What makes SCIENTICO a trusted Automation and Control Technology Manufacturer?
A: With over 30 years in the field, CE-certified products, in-house R&D, and global exports, SCIENTICO ensures high-quality, reliable lab equipment.

Q4: Can this trainer be exported internationally?
A: Yes. As an experienced Automation and Control Technology Exporter, SCIENTICO ships globally with reliable support and documentation.

Q5: What additional tools are required to operate the trainer?
A: The trainer is self-contained. However, basic power supply and standard lab instrumentation may be used for enhanced analysis.

SCIENTICO’s NexuMation 03 is a precision-built AC Servo Motor Control Trainer, designed for practical training in motion control and automation systems. As part of the NexuMation Series, this trainer is a premium offering in Automation and Control Technology Lab Equipment, purpose-built for engineering institutes, polytechnic colleges, and industrial skill development centers.

This advanced educational system includes a high-speed AC servo motor and digital driver capable of delivering velocity response frequency of 1 kHz, ideal for replicating real-time industrial environments. The trainer facilitates a wide range of experiments including configuration, position control, velocity control, and torque control, providing learners with hands-on exposure to key principles of automation.

With features like full-closed loop control, auto-gain tuning, and 23-bit encoder feedback, NexuMation 03 delivers outstanding accuracy and repeatability. The system is specifically engineered to perform stably in low-stiffness machine conditions, making it suitable for high-speed control applications and modern automation teaching labs.

As a renowned Automation and Control Technology Manufacturer, SCIENTICO ensures each NexuMation trainer complies with ISO standards and is CE-certified. The modular design simplifies learning, while its plug-and-play structure ensures ease of integration into any educational setup.

Whether you are upgrading your control systems lab or implementing new automation training modules, NexuMation 03 meets the academic and industrial training needs efficiently.

Key Features:
• High-performance AC Servo Motor and Driver System
• Velocity Response Frequency: 1 kHz
• Auto-Gain Tuning for Adaptive Performance
• 23-bit Encoder for High-Resolution Feedback
• Full-Closed Loop Position and Torque Control
• Damping Control for Stable Operation
• Modular, Student-Friendly Design
• Compatible with Academic and Industrial Training Programs

SCIENTICO, a trusted Automation and Control Technology Exporter, delivers this trainer across domestic and international markets including the Middle East, Africa, and Asia. With over 30 years of expertise, we are committed to quality, innovation, and customer satisfaction in lab equipment manufacturing.

Experiments Included:
• AC Servo Configuration and Setup
• Position Control Demonstration
• Velocity Control Experimentation
• Torque Control Analysis and Adjustment

Q&A Section

Q1: What does the NexuMation 03 AC Servo Motor Control Trainer offer?
A: It offers a complete setup to perform practical training in servo motor configuration, position, velocity, and torque control using industrial-grade components.

Q2: Is the NexuMation 03 suitable for engineering colleges?
A: Yes, it's ideal for B.Tech, Diploma, and vocational automation courses that focus on control systems and mechatronics.

Q3: What makes SCIENTICO a leading Automation and Control Technology Manufacturer?
A: SCIENTICO provides ISO-certified, CE-marked lab equipment backed by in-house R&D, over 30 years of experience, and a global client base.

Q4: Can this trainer be exported internationally?
A: Yes, SCIENTICO is a recognized Automation and Control Technology Exporter, serving institutions across UAE, Kenya, Oman, and more.

Q5: Does this trainer include support documentation?
A: Absolutely. Each unit comes with user manuals, experiment guides, and technical support for seamless integration into any lab.

SCIENTICO’s NexuMation 04 is a comprehensive DC Servo Motor Control Trainer, developed to offer an in-depth learning experience in closed-loop control systems. Part of the premium NexuMation series, this unit is a key product under our Automation and Control Technology Lab Equipment, delivering high-quality, modular training to engineering students and technicians.

This trainer is built around a closed-loop DC servo system, integrating real-time control principles with experiment-based learning. It is ideal for institutions looking to equip their labs with functional and industry-relevant training kits. The system offers DC Servo Motor Modeling, Identification, Intelligent Controller Integration, and advanced sensor-based position control using MATLAB – enabling full conceptual and practical learning.

The modular construction ensures that learners can progress step-by-step through system theory, hardware understanding, and functional testing. Each experiment concludes with an applied task to reinforce the key learning outcome, making NexuMation 04 not just informative, but highly engaging and result-oriented.

As a leading Automation and Control Technology Manufacturer, SCIENTICO has carefully engineered this trainer to meet the academic requirements of B.Tech, Diploma, and vocational courses in Electronics, Mechatronics, and Automation. It supports high accuracy velocity and position control, integrated with real-time sensors and digital feedback loops.

Trusted by institutions worldwide, SCIENTICO also operates as a renowned Automation and Control Technology Exporter, providing reliable export services to clients in the Middle East, Africa, and Asia.

Key Features:
• Closed-Loop DC Servo System in Modular Format
• Intelligent Controller with Real-Time Feedback
• Sensor-Based Position Control and Measurement
• MATLAB Integration for Advanced Experimentation
• DC Servo Modeling and Velocity Adjustment
• Designed for Engineering & Technical Institutes
• ISO Certified and CE Marked Equipment
• Durable Build for Long-Term Lab Use

SCIENTICO’s NexuMation 04 is built for institutions that demand hands-on learning without compromising industrial standards. All units are backed with detailed manuals, wiring diagrams, and instructional support, ensuring seamless integration into your curriculum.

Experiments Included:
• DC Servo Motor Modeling and Identification
• Operation of Intelligent Servo Controllers
• Sensor Measurement and Position Control in MATLAB
• Velocity Adjustment and Closed-Loop Feedback

Q&A Section

Q1: What learning outcomes does the NexuMation 04 trainer deliver?
A: Students will understand the principles of DC servo operation, perform modeling and velocity control, and learn to use sensor feedback for position control in MATLAB.

Q2: Who should use this trainer?
A: It is ideal for engineering colleges, polytechnic labs, and automation training centers focusing on Electronics, Robotics, and Control Systems.

Q3: Is SCIENTICO a recognized Automation and Control Technology Manufacturer?
A: Yes, SCIENTICO has over 30 years of experience, ISO certification, and CE marking. Our products are trusted by institutions across India and abroad.

Q4: Can NexuMation 04 be exported internationally?
A: Absolutely. As a reliable Automation and Control Technology Exporter, we serve clients in UAE, Kenya, Saudi Arabia, and beyond.

Q5: Does this trainer include academic documentation?
A: Yes, the trainer includes manuals, experiment sheets, and setup instructions for both instructors and students.

The Inverted Pendulum Control Trainer – NexuMation 07 by SCIENTICO is a state-of-the-art educational platform specifically developed for the in-depth study of nonlinear and unstable systems. Widely recognized as a benchmark in control theory, the inverted pendulum serves as a foundational model for teaching advanced control strategies, including PID, state-space, root locus, and optimal control.

Designed for engineering institutes, automation labs, and research centers, this trainer offers a modular, open-source control solution that allows educators and learners to explore over 10 advanced experiments focused on linear and nonlinear dynamics, stabilization techniques, and real-time control. With a high-precision linear motion base and flexible hardware interface, the NexuMation 07 bridges the gap between theoretical concepts and industrial-grade control applications.

Experiments Included:
• Classification and Characteristics of Inverted Pendulum
• Encoder Working Principle and Application
• Controller Design Methodologies
• Modeling 1-Stage Linear Inverted Pendulum Systems
• Root Locus Control for 1-Stage IP
• Frequency Response Analysis
• PID Control – Position and Swing-Up
• State-Space Pole Placement Control
• Linear Quadratic Regulator (LQR) – Optimal Control
• Swing-Up Control for Nonlinear Dynamics

Key Features:

• High-resolution rotary encoder and linear guide system

• Built-in digital controller interface with PC-based control capability

• Real-time response tracking and graphical output

• Modular architecture for upgrading to multi-stage pendulum experiments

• Ideal for hands-on learning, R&D, and modern control application studies

Applications:

• Engineering Education & Lab Demonstrations

• Robotics and Automation Research

• Nonlinear Systems Modeling

• Real-time Embedded Systems Training

• Academic Control Theory Curriculum Integration

Why Choose SCIENTICO?
SCIENTICO is a trusted Automation and Control Technology Lab Equipment Manufacturer, Exporter, and Supplier with decades of industry presence. Our lab trainers are designed to match global academic standards, combining innovation, reliability, and precision. We provide customization, after-sales support, and international shipping for universities, training centers, and technical institutes across Asia, the Middle East, Africa, and the Americas.

Keywords for SEO Optimization:
Inverted Pendulum Control Trainer | Automation Lab Equipment Manufacturer | Control Technology Lab Trainer | Control Systems Trainer Supplier | Servo Control Lab Equipment Exporter | Engineering Lab Trainer Manufacturer | NexuMation Series Trainer | Servo Dynamics Training Kit | Nonlinear Control System Equipment | Inverted Pendulum Experiment Kit | SCIENTICO Control System Lab Equipment

Q&A Section:

Q1: What academic level is this trainer suitable for?
A1: It is ideal for undergraduate and postgraduate control systems courses, as well as research in nonlinear and advanced control methods.

Q2: Can this trainer be customized for different experimental setups?
A2: Yes, SCIENTICO offers modular customization to suit specific research or teaching requirements.

Q3: Is software included?
A3: Yes, PC-based control interface and data acquisition tools are provided for real-time visualization and control.

3 DOF Helicopter Simulator - NexuMation 09
Category: Automation and Control Technology Lab Equipment
Brand: SCIENTICO

SCIENTICO's 3 DOF Helicopter Simulator – model NexuMation 09 – is a highly advanced control trainer system tailored for engineering labs, research institutions, and technical universities focusing on automation, mechatronics, and aerospace dynamics. Designed to simulate real-time flight dynamics, this educational setup demonstrates fundamental and advanced control theories including PID and LQR.

This 3 Degrees of Freedom helicopter trainer enables precise experimentation and visualization of pitch, roll, and yaw movements. Built with robust mechatronic integration and industrial-grade components, the trainer is ideal for both undergraduate and postgraduate curriculum. It is widely used by Automation and Control Lab Equipment Manufacturers, Engineering Lab Equipment Exporters, and control system researchers for dynamic modeling and algorithm testing.

✅ Experiments Included:

• System Modeling Experiment and Analysis

• Pitch Open-Loop Response Analysis

• Pitch PID Control

• Pitch and Roll PID Control

• Pitch and Roll-Travel Cascade PID Control

• 3 DOF Helicopter LQR Control

💡 Product Highlights:

• Real-time simulation of helicopter pitch, roll, and yaw axes

• High-precision encoders for accurate movement tracking

• Slip ring transmission for frictionless signal communication

• Dual-motor system for thrust generation

• Counterweight mechanism to simulate effective mass

• Compatible with multiple controller designs: PID, LQR, Fuzzy

• Textbook-supported experiments for deeper academic integration

• Modular and open-source control-friendly design

🧠 Ideal For:

• Engineering Colleges

• Technical Universities

• Aerospace Control Labs

• Automation and Mechatronics Research

• Educational Demonstrations in Classical and Modern Control Theory

Frequently Asked Questions (FAQs):

Q1: What is the purpose of the 3 DOF Helicopter Simulator in engineering education?
A: It allows students to understand and test dynamic control strategies like PID and LQR in a simulated aerospace environment, giving real-time control over pitch, roll, and yaw.

Q2: Is the system programmable with custom control algorithms?
A: Yes, the simulator supports user-defined control strategies including advanced control methods like fuzzy logic and state-space control.

Q3: Which academic fields benefit the most from this trainer?
A: Automation Engineering, Mechatronics, Control Systems, Robotics, and Aerospace Engineering.

Q4: Does the simulator include software or study material?
A: Yes, it comes with curriculum-aligned software support and a comprehensive manual covering theory and practical control experiments.

✅ Why Choose SCIENTICO?

• ✔️ Leading Automation and Control Lab Equipment Manufacturer in India

• ✔️ Over 30 Years of Manufacturing Excellence (Since 1993)

• ✔️ ISO Certified & CE Marked

• ✔️ Tailor-Made Customizations Available

• ✔️ Exporter to 45+ Countries across Africa, the Middle East, Asia, and the Americas

• ✔️ In-House R&D for Continuous Product Innovation

• ✔️ Trusted by Top Engineering Institutions Worldwide

SCIENTICO's Traffic Signal Control by PLC – NexuMation 10 is a compact, educationally focused simulation module that allows real-time demonstration and experimentation on traffic light control using Programmable Logic Controllers (PLC). Designed to simulate a four-way traffic intersection, this module features clearly indicated Red, Yellow, and Green LEDs to replicate real-world traffic signal behaviors.

This PLC-based trainer is ideal for engineering and technical institutions looking to incorporate automation and control systems in their curriculum. The model promotes hands-on learning about PLC programming, traffic system design, and sequential logic.

It supports integration with popular PLC controllers (not included) such as:

• Siemens Based: IT-1200S, IT-1200S-40

• Fatek Based: IT-FBs-24MA, IT-FBs-40MA

The setup is engineered for use in automation training, mechatronics education, and industrial control labs, providing both beginners and advanced learners an applied understanding of urban traffic management systems.

Key Features:

• Fully simulated 4-way traffic intersection

• LED-based Red/Yellow/Green light indicators

• Compatible with major PLC controllers

• Durable, lab-grade construction

• Enhances practical understanding of automation control systems

Experiments Included:
• Introduction to Traffic Light Systems
• Classification of Traffic Signal Types
• PLC Programming for Traffic Signal Logic
• Sequential Traffic Light Control Using PLC

Applications:

• Engineering College Labs

• Polytechnic Institutes

• Industrial Automation Training

• PLC Programming Courses

• Urban Traffic Management Research

Keywords Integrated:
PLC Traffic Signal Control Trainer, Traffic Light Simulation System, Programmable Logic Controller Lab Equipment, PLC Automation Training Kit, Traffic Signal Control using PLC, Engineering Lab Equipment Manufacturer, Automation Lab Equipment Exporter, PLC-based Lab Equipment Supplier, Mechatronics Lab Trainer.

Why Choose SCIENTICO?

• Established Manufacturer Since 1993

• ISO 9001:2015 Certified | CE Marked

• In-House R&D and Customization Facility

• Exporter to 40+ Countries Across Africa, Middle East, Asia & Americas

• Trusted by Top Engineering Colleges & Universities Worldwide

QnA Section:

Q1. What is the purpose of this Traffic Signal Control Trainer?
A1. It helps students learn PLC programming by simulating real-world traffic light systems in a controlled lab environment.

Q2. Can I use my existing Siemens or Fatek PLC with this trainer?
A2. Yes, this module is designed to be compatible with Siemens and Fatek PLC models listed in the product specifications.

Q3. Is this trainer suitable for diploma-level engineering programs?
A3. Absolutely. It’s ideal for undergraduate, diploma, and even advanced automation training programs.

Q4. Do you provide support for integrating this with other automation modules?
A4. Yes, SCIENTICO offers guidance and documentation for seamless integration with your existing PLC setup.

Q5. Is customization available for specific training programs or institutional needs?
A5. Yes, we offer customization to meet the specific needs of educational institutions and training centers.

The Magnetic Levitation Control Trainer – NexuMation 08 is a cutting-edge teaching and research platform engineered for hands-on experiments in automatic control systems, feedback loops, and nonlinear control. It is widely used across engineering colleges and technical universities for its ability to demonstrate complex control algorithms in a clear, visual, and highly interactive manner.

This trainer utilizes a steel ball suspended in mid-air using an electromagnet, providing a captivating and accurate demonstration of magnetic levitation principles. The system integrates an LED light source, optoelectronic sensors, amplifier module, data acquisition card, and optional analogue control modules to facilitate a wide range of educational and research-focused experiments.

The modular platform supports multiple control methods, including PID, Root Locus, Frequency Response, and Custom User-defined Algorithms, making it ideal for graduate, post-graduate, and research-level curricula.

Experiments Included:

• System Modeling and Analysis
• System Open-Loop Response Analysis
• PID Controller Design and Testing
• Root Locus Controller Design
• Frequency Response Controller Design
• Analogue Control Experiment (Analogue module required)
• Custom Algorithm Implementation
• Sensor-based Control Feedback Systems

Key Features:

• Real-time control and levitation of a steel ball

• High sensitivity and precision sensor integration

• Compatible with MATLAB/Simulink (optional DAQ interface)

• Suitable for UG/PG control system engineering courses

• Modular construction for easy component replacement or upgrades

• Supports both analog and digital control strategies

• Enhances understanding of control theory, stability, and system dynamics

Applications:

• Educational Training in Automation and Control Systems

• Simulation of Nonlinear Systems

• Feedback Control Theory Demonstration

• Research on System Stability and Levitation Physics

• Advanced PID and Root Locus Studies

Why Choose SCIENTICO?

SCIENTICO is a leading Automation and Control Technology Lab Equipment Manufacturer, Exporter, and Supplier based in Ambala Cantt, India. Since 1993, we’ve been delivering innovative, research-backed laboratory systems to institutions worldwide. Our NexuMation Series trainers are designed with modularity, durability, and curriculum alignment in mind.

Certifications:
✔ ISO 9001:2015 Certified
✔ CE Marked Products
✔ In-house R&D Facility
✔ MSME Registered
✔ IndiaMART Verified Manufacturer

Export Markets: Middle East, Africa, Asia, South America, and more.

Frequently Asked Questions:

Q1: Can this trainer be integrated with MATLAB/Simulink?
A: Yes, with an optional DAQ interface, you can integrate MATLAB/Simulink for advanced control simulations.

Q2: Is the Analogue Control Module included?
A: It is optional and can be added upon request based on the training curriculum requirements.

Q3: What type of institutions use this equipment?
A: Primarily used in engineering colleges, universities, and R&D labs for electrical, electronics, automation, and control engineering courses.

NexuMation 15 – Motor Control by PLC is a versatile and compact Automation and Control Technology Lab Equipment developed by SCIENTICO, a leading PLC Lab Equipment Manufacturer and Exporter based in Ambala, India. This module offers practical training on the PLC-based control of various motors, including DC Motors, Stepper Motors, and RC Servo Motors.

Designed for engineering colleges, technical universities, and automation training institutes, this motor control system bridges the gap between theory and industrial application. It features a built-in Dual H-Bridge Driver that allows learners to control speed, direction, and position of motors efficiently using programmable logic.

The trainer enables hands-on experience in PLC programming, motor interface logic, and motion control, making it ideal for electrical, electronics, and mechatronics students. It is compatible with Siemens and Fatek PLCs, ensuring smooth integration into your existing automation lab infrastructure.

Key Features:
• Supports DC, Stepper, and RC Servo Motor control via PLC
• Dual H-Bridge driver circuit for precise motor actuation
• Compatible with Siemens and Fatek PLC Trainers
• Ideal for developing logic for speed, direction, and position control
• On-board terminals for signal monitoring and connectivity
• Compact, durable design for frequent academic use
• Enables comprehensive training in industrial motor automation

Applications:
• PLC Training and Certification Courses
• Engineering and Technical College Labs
• Skill Development Programs in Automation
• Motor Control System Prototyping and Testing
• Industrial Automation Learning Modules

Why Choose SCIENTICO?
With over 30 years of expertise, SCIENTICO is a trusted Automation and Control Technology Lab Equipment Supplier and Exporter, offering world-class training systems for academic and R&D use. All equipment under the NexuMation Series is designed with modularity, curriculum alignment, and long-term durability in mind.

Our Distinct Advantages:
✔ ISO 9001:2015 Certified
✔ CE Marked Products
✔ In-House R&D and Customization Capability
✔ MSME Registered Manufacturer
✔ Verified IndiaMART Exporter
✔ Exports to Middle East, Africa, South America, Asia, and more

FAQs:

Q1: Which motors are included in this trainer?
A: The module includes a DC Motor, a Stepper Motor, and an RC Servo Motor for a complete motor control learning experience.

Q2: Can students write and test their own PLC programs?
A: Yes. The system is designed for hands-on PLC logic development and testing using real industrial scenarios.

Q3: Is the trainer suitable for both beginners and advanced learners?
A: Absolutely. It caters to diploma, undergraduate, and professional training programs in automation and control.

Q4: Does it include the PLC controller?
A: PLC controllers are not included but are fully compatible. We recommend Siemens or Fatek-based PLC trainers for optimal performance.

SCIENTICO introduces the NexuMation 20 – PLC Trainer with Applications, a comprehensive Automation and Control Technology Lab Equipment designed for real-time training in industrial PLC-based automation using Fatek PLCs. Built for engineering colleges, polytechnics, and vocational institutes, this trainer delivers deep insight into control logic, process automation, and sensor-actuator interfacing.

As a seasoned Automation and Control Technology Manufacturer, SCIENTICO developed NexuMation 20 to bridge the gap between academic learning and industrial practice. The standard package includes a Fatek PLC, power supply, programming and operating software, and PC/PPI cable—ready for plug-and-learn functionality.

This all-in-one trainer supports a wide array of practical experiments across digital, analog, and motor control domains, allowing students to learn core industrial processes such as motor actuation, traffic control, liquid mixing, and elevator control through a user-friendly setup.

Ideal for building fundamental and advanced skills in automation, the unit is CE-marked and ISO-certified. Its compact design and modular configuration make it highly suitable for both classroom demonstrations and advanced lab setups. SCIENTICO’s global presence as a leading Automation and Control Technology Exporter ensures worldwide access to this powerful learning platform.

Experiments Included:

• Logic Gate Implementation

• Counters (Parking Stand Simulation)

• Timers (Flashing Light)

• DC, Stepper, and RC Servo Motor Control

• Assembly Line Simulation

• 7-Segment Display and Dot Matrix Control

• Traffic Light Control

• Liquid Mixer Control

• Analog Input Study

• DAC Implementation

• Thumbwheel Switch Application

• Elevator Simulation

• LED Flasher & Light Control

• Water Level & Temperature Control

Key Features:

• Fatek PLC with programming software

• Built-in power supply and interfacing ports

• Plug-and-play architecture

• Covers digital, analog, and motion control domains

• CE Certified and ISO 9001:2015 Compliant

• Modular and scalable design

Why Choose SCIENTICO?

• Recognized Automation and Control Technology Manufacturer since 1993

• Leading Automation and Control Technology Exporter to 50+ countries

• In-house R&D with full customization support

• IndiaMART Verified & MSME Registered

• Trusted by top engineering colleges globally

QnA Section:

Q1: What is the core PLC used in NexuMation 20?
A: The system is based on a Fatek PLC, known for industrial-grade reliability and programming flexibility.

Q2: What type of applications can be implemented with this trainer?
A: Applications include motor control, water level sensing, traffic light simulation, temperature control, and logic gate experiments.

Q3: Is this PLC trainer suitable for beginners?
A: Yes, it is ideal for both beginners and advanced learners, offering foundational to complex automation experiments.

Q4: Can this trainer be exported internationally?
A: Absolutely. SCIENTICO is a trusted Automation and Control Technology Exporter, and this unit is CE-marked and ready for global supply.

SCIENTICO presents the NexuMation 21 – PLC Trainer with Applications (Siemens Based), a powerful and comprehensive Automation and Control Technology Lab Equipment solution designed for hands-on training in industrial automation. Using a Siemens PLC platform, this trainer offers deep insights into programmable logic, signal processing, actuator control, and process automation.

With the rising demand for industry-ready engineers, SCIENTICO, a renowned Automation and Control Technology Manufacturer, has designed this trainer to bridge the gap between theoretical learning and real-world industrial control systems. The standard package includes a Siemens PLC, power supply, programming software, and PC/PPI communication cable—making it a ready-to-use educational tool.

NexuMation 21 is modular, compact, and capable of delivering a wide range of experiments across digital logic, motor control, analog systems, and process automation. Its robust design and industry-grade components make it an ideal training platform for universities, technical colleges, polytechnics, and vocational training centers.

As a globally recognized Automation and Control Technology Exporter, SCIENTICO supplies NexuMation systems to over 50 countries, ensuring academic institutions have access to quality automation training tools that comply with international standards.

Experiments Included:

• Logic Gate Implementation

• Timer & Counter Applications (e.g., Flash Light, Parking Stand)

• DC, Stepper & RC Servo Motor Control

• Assembly Line Simulation

• 7-Segment Display & Dot Matrix Control

• Traffic Light Simulation

• Water Level, Light & Temperature Control

• Liquid Mixer Control

• PLC Analog Input Study

• Digital-to-Analog Conversion

• Thumbwheel Switch Usage

• Elevator Simulation

• LED Flasher Operation

Key Features:

• Siemens PLC with full software suite

• Prewired connections and onboard components

• Covers digital, analog, and motion control domains

• Modular, expandable, and classroom-friendly design

• CE-marked and ISO 9001:2015 Certified

• Built for academic rigor and practical learning

Why Choose SCIENTICO?

• Leading Automation and Control Technology Manufacturer since 1993

• Trusted Automation and Control Technology Exporter in 50+ countries

• MSME Registered & IndiaMART Verified

• In-house R&D for product innovation and customization

• High-quality educational lab solutions with technical support

QnA Section:

Q1: What makes NexuMation 21 different from other PLC trainers?
A: It is based on Siemens PLCs, making it ideal for students to learn using the same technology found in real industrial environments.

Q2: Is this trainer beginner-friendly?
A: Yes, it is suitable for both beginners and advanced learners with step-by-step experiments covering multiple domains.

Q3: Can I implement real-world applications like traffic lights or elevator control?
A: Absolutely. NexuMation 21 includes modules to simulate real-world systems like traffic lights, elevators, mixers, and more.

Q4: Is it available for export?
A: Yes, SCIENTICO is a reputed Automation and Control Technology Exporter, and the equipment is CE-certified for international use.

SCIENTICO presents the NexuMation 23 – HMI Module, a vital part of modern Automation and Control Technology Lab Equipment designed to introduce students and professionals to the world of Human Machine Interface (HMI) applications in industrial automation.

Specially developed as an add-on to SCIENTICO’s PLC trainers, this module allows learners to interact with automated processes through a visual interface, closely simulating industrial HMI control panels. It is an essential educational tool for understanding machine-to-human communication in programmable systems.

The NexuMation 23 HMI Module can be programmed using the included software on a PC and is connected to the PLC via a supplied communication cable. With an intuitive interface, it enables the creation of automation control screens, alarm indicators, process visualization, and user inputs—all relevant in industrial environments.

As a respected Automation and Control Technology Manufacturer, SCIENTICO designs equipment with a focus on industrial accuracy, academic relevance, and long-term durability. The NexuMation 23 is ideal for use in engineering colleges, technical universities, polytechnic institutes, and vocational training centers.

Our systems are fully CE-marked and ISO-certified, and NexuMation modules are exported globally, making SCIENTICO a preferred Automation and Control Technology Exporter in over 50 countries.

Experiments / Applications:

• Introduction to HMI technology and interface design

• Creating user-friendly control screens

• Monitoring PLC outputs via HMI

• Displaying sensor feedback and actuator status

• Control of automation sequences using touchscreen input

• HMI-PLC communication protocols and diagnostics

Key Features:

• Industrial-grade HMI panel with programming software

• Connects directly to PLC via supplied cable

• Supports screen design, inputs, outputs, and alarms

• Enhances understanding of modern automation systems

• CE-certified and ISO 9001:2015 compliant

• Ideal for control panel simulation and HMI training

Why Choose SCIENTICO?

• Proven Automation and Control Technology Manufacturer since 1993

• Leading Automation and Control Technology Exporter across Asia, Africa & Latin America

• MSME Registered & IndiaMART Verified

• In-house product development and curriculum customization

• Trusted by top-tier engineering institutions worldwide

QnA Section:

Q1: What is the function of the NexuMation 23 HMI Module?
A: It simulates a Human Machine Interface used in industrial control panels and teaches students how to design and interact with HMI systems.

Q2: Can it be used independently?
A: It is designed as an accessory for PLC trainers and requires connection to a PLC for full functionality.

Q3: What software is used to program the HMI?
A: The module includes proprietary PC-based software for HMI screen creation and configuration.

Q4: Is this module export-ready?
A: Yes, SCIENTICO is a certified Automation and Control Technology Exporter, and all NexuMation units are CE-compliant and globally accepted.

The NexuMation 31 – Rotary Arm Module is an advanced electro-pneumatic training setup developed by SCIENTICO, specifically designed to demonstrate automated part transfer operations between modular stations. Ideal for engineering and technical institutes, this module offers practical, hands-on learning in pick-and-place automation, sensor integration, and pneumatic motion control.

At its core, the NexuMation 31 features a rotary manipulator that includes:

• A double-acting pneumatic cylinder for vertical (up/down) motion

• A rotary actuator for horizontal piece transfer

• A pneumatic gripper for secure pick-and-place operations

A set of industrial-grade sensors ensures precise control and synchronization of each movement, simulating real-world automation tasks. All components are securely mounted on a rigid Bakelite base, making it robust, lightweight, and easily portable within the lab environment.

The unit supports full automation via PLC or Arduino microprocessor systems. Learners can develop, program, and execute automation routines either as part of a complete working cycle or in stand-alone exercises using standard PLC or Arduino programming tools.

Experiments Included:

• Electro-pneumatics fundamentals

• Solenoid valve and pneumatic actuator operation

• Pneumatic gripper control and applications

• Pick-and-place automation

• Motion control using up/down and rotating cylinders

• Sensor-based actuation and object handling

• PLC-based sequence programming

• Arduino-based microprocessor control

Key Features:

• Pneumatic pick-and-place rotary arm

• Dual-axis movement: vertical lift + horizontal rotation

• Pneumatic gripper for piece handling

• Integrated industrial sensors for motion feedback

• Compatible with PLC and Arduino systems

• Modular design fits into wider automation training setups

• Pre-mounted on durable, mobile Bakelite base

• Ideal for automation, robotics, and industrial control training

• CE marked | ISO 9001:2015 certified | Customizable

Why Choose SCIENTICO?

• Pioneer in educational lab equipment since 1993

• Trusted by engineering colleges, polytechnics, and industrial training centers worldwide

• Designed for real-world skills in Industry 4.0 and smart automation

• Globally exported with CE marking and ISO certification

• In-house R&D and manufacturing with full customization support

QnA Section:

Q1: What is the main function of NexuMation 31?
A: It simulates a rotary pick-and-place mechanism for transferring parts between stations.

Q2: What types of motion are included?
A: Vertical motion (up/down), horizontal rotation, and pneumatic gripping.

Q3: Can students program this module?
A: Yes, it is fully programmable using PLC or Arduino microcontroller software.

Q4: Is it compatible with other NexuMation modules?
A: Yes, it is designed to integrate seamlessly within the NexuMation modular system.

The NexuMation 36 is an advanced mechatronic training system simulating an industrial automated process in a closed loop configuration. It integrates a multilevel Cartesian storage unit, a rotary indexing table testing station, a swivel arm manipulator, and a conveyor transfer system.

The testing station uses precision inductive and optical sensors to analyze piece material and color, with results directly determining automated storage placement. The system demonstrates key industrial principles including automated material handling, closed-loop control, and multi-station coordination.

Designed for advanced technical training, the NexuMation 36 enables learners to develop expertise in PLC programming, industrial sensor integration, motion control, and process optimization. Its modular structure and durable build make it ideal for hands-on experimentation while replicating real-world manufacturing line conditions.

Q&A

Q1: What is the main learning objective of NexuMation 36?
A1: To train students in PLC programming, industrial automation, closed-loop control, and sensor-based inspection systems.

Q2: Which sensors are used in the testing station?
A2: High-precision inductive and optical sensors for material and color identification.

Q3: Can the system simulate complete industrial workflows?
A3: Yes, it integrates storage, transfer, testing, and controlled return to storage in a PLC-managed closed loop.

Q4: Is the system suitable for customization?
A4: Yes, modules can be adapted or expanded to meet specific training or industrial simulation needs.

Experiments:

• Study of motion control using logic indicators

• Study of stepper motor in unipolar mode and half-step operation

• Study of stepper motor in unipolar mode full-step operation

• Study of stepper motor in bipolar mode

• Study of stepper motor in bipolar mode without current sense

Description:
The NexuMation 37 is an advanced training module designed for comprehensive study of stepper motor technology and its control methods. Stepper motors are highly versatile positioning devices, widely used for precise motion control in both industrial and commercial applications.

This trainer allows learners to explore unipolar and bipolar configurations, half-step and full-step operations, and logic-based motion control. The open-loop control design offers a clear understanding of motor step sequencing and signal logic without the complexity of closed-loop feedback systems.

Industrial applications of stepper motors include high-speed pick-and-place equipment, multi-axis CNC machines, linear actuators, packaging machinery, valve control stages, and more. Commercially, they are found in printers, scanners, plotters, disk drives, slot machines, and various automated devices.

The NexuMation 37 bridges theoretical knowledge with practical skills, enabling users to analyze performance, program motion sequences, and troubleshoot real-world stepper motor applications.

Q&A

Q1: What is the primary learning outcome of the NexuMation 37?
A1: To understand stepper motor operation modes, control techniques, and applications in open-loop motion control systems.

Q2: Does the trainer cover both unipolar and bipolar operations?
A2: Yes, it supports unipolar (half-step and full-step) and bipolar configurations, including bipolar without current sensing.

Q3: Why use an open-loop system instead of closed-loop control?
A3: Open-loop systems are simpler, cost-effective, and ideal for learning step sequencing and basic motion control logic without feedback complexities.

Q4: Where are stepper motors commonly used?
A4: In CNC machines, robotics, 3D printers, precision stages, packaging systems, and various consumer electronics.

The NexuMation 39 is a comprehensive PLC training solution designed for vocational schools, colleges, and industrial training centers. It focuses on programming control as the core of industrial automation. This system allows students to gain hands-on experience in PLC operation, configuration, and troubleshooting. Its modular and expandable design ensures long-term usability without becoming outdated.
It is widely applicable in:

• PLC learning and application training

• Pre-job industrial skills training

• Staff retraining programs

• Curriculum design, examination, and certification preparation

With its integration of theory and practice, this trainer develops both technical skills and innovative thinking, making it ideal for automation, mechatronics, and machinery courses

Equipment Features:

 

• Experiment hanging box with vivid industrial-style cubic diagrams to help students quickly adapt to real-world field work.

• Uses modern computer simulation to bridge the gap between theoretical experiments and industrial application.

• Modular structure with PLC mainframe, switch volume input, and other experiment modules as hanging boxes; components can be added for future expansion.

• Aluminum alloy frame with electrophoresis treatment and sliding rail for hanging experiment modules.

• Includes typical PLC training modules such as responder, automatic tower level control, and automatic feed loading.

• Operates on safe voltage to ensure student safety.

• Comes with PLC programming and simulation software, configuration training guide, and experimental source programs.

• Multi-way body and equipment safety protection; modern, flexible, and adaptable for varied training needs.

Q&A Section:

Q1: Who can benefit from the NexuMation 39?
A: It is designed for students in technical colleges, vocational schools, and industrial training programs, as well as engineers and technicians seeking skill enhancement.

Q2: Can new modules be added later?
A: Yes, the modular hanging-box design allows adding new experiment modules to keep the system up to date.

Q3: How is safety ensured during training?
A: The system uses safe voltage levels and multiple safety protection measures for both users and equipment.

Q4: Does it include software?
A: Yes, it comes with PLC programming and simulation software, configuration guides, and source codes for practice.

Q5: What industries is this training relevant to?
A: It is relevant to manufacturing, process control, automation, mechatronics, and machinery maintenance sectors.

The NexuMation 41 LVDT Transducer Trainer is designed to teach students the fundamental principles of displacement measurement using a Linear Variable Differential Transformer (LVDT). This trainer combines theory with practical experimentation, covering transducer behavior, signal conditioning, and data display. It provides a hands-on platform to study Wheatstone Bridge measurement, amplifier systems, oscillators, and filters, ensuring learners gain both conceptual understanding and technical skills.

The trainer is supplied with an operational manual that includes background theory, guided experiments, and application exercises. It is ideal for use in instrumentation, control engineering, and mechatronics courses at technical institutes and engineering colleges.

Experiments:

• Wheatstone Bridge Measurement
  • Resistance measurement using Wheatstone Bridge
  • Concept of “null balance”
  • Calculation of unknown resistance at balance point
  • Factors affecting resolution and accuracy
  • Three-wire resistance circuit principles

• Linear Position / Force Applications
  • Construction and characteristics of LVDT
  • Understanding linear displacement and force measurement

• Signal Conditioning Amplifier
  • Characteristics of DC, AC, and differential amplifiers
  • Concept of “offset” and offset control

• Oscillators and Filters
  • Characteristics of 40kHz oscillator and filter
  • Function of full-wave rectifier

Key Features:

• Hands-on study of LVDT transducer applications

• Covers bridge circuits, amplifiers, oscillators, and filters

• Comprehensive manual with theory and experiments

• Robust, bench-mounted design for laboratory use

• Suitable for students, trainees, and engineering professionals

Applications:

• Measurement and Instrumentation training

• Control and automation education

• Mechatronics and robotics labs

• Practical skill development for engineering courses

Q&A Section:

Q1: What is the main purpose of NexuMation 41?
A: To provide practical and theoretical training on LVDT transducers and related signal conditioning circuits.

Q2: Does it include teaching material?
A: Yes, it comes with an operational manual covering theory, experiments, and applications.

Q3: Can students learn about displacement and force measurement?
A: Yes, the trainer focuses on LVDT applications in linear position and force measurement.

Q4: What electronic components can be studied with this trainer?
A: Wheatstone bridge circuits, DC/AC/differential amplifiers, oscillators, filters, and rectifiers.

Q5: Where can it be used?
A: Ideal for colleges, vocational institutes, and R&D labs specializing in instrumentation and control engineering.

The NexuMation 40 Transducer & Instrumentation Trainer is designed to teach students the principles of input sensors, output actuators, signal conditioning circuits, and display devices through extensive hands-on activities. This self-contained system integrates all required power supplies, light sources, and compressed air, enabling a wide range of practical experiments without additional equipment.

Students can build and test complete closed-loop control systems for rotary speed and position, making the trainer highly suitable for control engineering education. It includes a comprehensive curriculum manual with theoretical background, guided experiments, and student assessment questions to support structured learning.

Key Features:

• Fully self-contained with integrated power, light, and air supplies.

• Supports experiments on input sensors, output actuators, signal conditioning, and display devices.

• Enables complete closed-loop control system design and testing for rotary speed and position.

• Bench-mounted, durable design for long-term laboratory use.

• Includes detailed curriculum manual with theory, practical activities, and assessments.

• Ideal for technical colleges, vocational institutions, and engineering training centers.

Applications:

• Control engineering training

• Automation and instrumentation courses

• Practical skill development for mechatronics, robotics, and industrial maintenance

Q&A Section:

Q1: Who is the NexuMation 40 designed for?
A: It is ideal for students, trainees, and professionals in control engineering, automation, and instrumentation fields.

Q2: Does it require external equipment?
A: No, it is fully self-contained with integrated power, light, and compressed air sources.

Q3: Can students work on closed-loop systems?
A: Yes, it allows building and testing complete closed-loop control systems for rotary speed and position.

Q4: Is teaching material included?
A: Yes, a detailed curriculum manual with theory, activities, and assessments is provided.

Q5: What makes it suitable for long-term use?
A: Its robust bench-mounted construction ensures durability for repeated use in training environments.

 

The NexuMation 45 Optical Transducer Trainer is designed to provide students with hands-on experience in the study of optical transducers and their applications in control and measurement systems. The trainer introduces the principles, construction, and characteristics of devices such as photovoltaic cells, phototransistors, photoconductive cells, and PIN photodiodes. It also covers amplifier circuits, offset control, and practical applications like light-controlled ON/OFF systems.

The system comes complete with a structured curriculum manual and instrumentation setup, making it a valuable learning tool for instrumentation, electronics, and control engineering courses.

Experiments:

• Basic Control Systems & Feedback
  • Difference between open-loop and closed-loop systems
  • Expression for overall gain of a negative feedback system
  • Calculation of closed-loop gain from given data
  • Study of basic closed-loop system components and their functions
  • Key control system equipment terminology

• Signal Conditioning Amplifier
  • Characteristics and applications of DC amplifiers
  • Concept of offset and need for offset control
  • Characteristics and applications of AC amplifiers

• Practical Control Systems
  • Characteristics of a light-controlled ON/OFF system

• Characteristics & Construction of Optical Transducers
  • Filament lamp characteristics
  • Construction and characteristics of a photovoltaic cell
  • Construction and characteristics of a phototransistor
  • Construction and characteristics of a photoconductive cell
  • Construction and characteristics of a PIN photodiode

Key Features:

• Complete study of optical transducers and their characteristics

• Includes practical applications like light-controlled systems

• Covers amplifier circuits with offset study

• Step-by-step experimentation with structured manual

• Suitable for instrumentation and control system training

Applications:

• Training in optical measurement and control systems

• Practical study of light-based transducers and circuits

• Laboratory exercises for electronics and automation courses

• Research and technical skill development in sensor technology

Q&A Section:

Q1: What does NexuMation 45 focus on?
A: It focuses on optical transducers such as photovoltaic cells, phototransistors, photoconductive cells, and photodiodes.

Q2: Does it include practical experiments?
A: Yes, including a light-controlled ON/OFF system and detailed optical device studies.

Q3: Are amplifier circuits covered?
A: Yes, both DC and AC amplifiers are included along with offset control concepts.

Q4: Who is this trainer useful for?
A: Engineering students, technical institutes, and professionals in optical sensing and instrumentation.

Q5: What makes it valuable for labs?
A: It combines theoretical understanding with practical activities, covering both transducer principles and real-world applications.

The NexuMation 46 Rotational Sensor Transducer Trainer is designed to provide comprehensive training in the principles and applications of rotational transducers, speed measurement, positional resistance devices, and control systems. Students can explore input and output transducers related to rotational motion, study signal conditioning circuits, and work with display devices through structured experiments.

Experiments:

• Basic Control Systems & Feedback
  • Difference between open-loop and closed-loop systems
  • Expression for overall gain of a negative feedback system
  • Calculation of closed-loop gain from given data
  • Study of closed-loop system components and their functions
  • Key control system equipment terminology

• Positional Resistance Transducers
  • Construction of rotary and slider variable resistors
  • Comparison of carbon track vs. wire wound resistance sections
  • Output voltage characteristics vs. variable control setting
  • Comparative study of carbon track and wire wound variable resistors

• Display Devices
  • Characteristics and applications of Timer/Counter
  • Characteristics and applications of Moving Coil Meter
  • Calculation of voltage range extension for Moving Coil Meter
  • Selection of appropriate display devices for voltage measurement

• Signal Conditioning Amplifier
  • Characteristics and applications of DC amplifiers
  • Offset concept and need for offset control
  • Characteristics of power amplifier, inverter amplifier, and differential amplifier

• Mathematical Operations Using Op-Amps
  • Summing amplifier characteristics
  • Integrator characteristics
  • Differentiator characteristics
  • Characteristics and applications of a sample-and-hold circuit

• Rotational Speed and Position Measurements
  • Slotted disc transducers for counting and speed measurement
  • Construction, principle, and application of a tachogenerator for speed measurement
  • Characteristics of a positional control system with:
  – Proportional control
  – Proportional + Integral control
  – Proportional + Derivative control
  – Proportional + Integral + Derivative (PID) control
  • Characteristics of a speed control system

Key Features:

• Complete study of rotational, positional, and speed transducers

• Integration of signal conditioning and display devices

• Includes amplifier circuits and mathematical Op-Amp applications

• Covers advanced control system responses including PID

• Step-by-step experimentation with structured manual

Q&A Section:

Q1: What does NexuMation 46 focus on?
A: It focuses on rotational, positional, and speed-related transducers, along with associated amplifier and control circuits.

Q2: Does it include PID control experiments?
A: Yes, it covers proportional, PI, PD, and PID control system characteristics.

Q3: Are mathematical Op-Amp applications included?
A: Yes, including summing, integrator, differentiator, and sample-and-hold circuits.

Q4: What kind of display devices can be studied?
A: Timer/Counter and Moving Coil Meter, with practical experiments on voltage range extension and selection.

Q5: Who is this trainer most suitable for?
A: Engineering students, technical universities, and labs focusing on transducer technology, automation, and control systems.

SCIENTICO’s NexuMation 06 is an advanced DC Servo Control System designed for comprehensive, real-time learning in control engineering, system simulation, and PID controller design. As a core product in our Automation and Control Technology Lab Equipment series, NexuMation 06 is ideal for universities, polytechnics, and research institutions offering courses in automation, mechatronics, and electrical engineering.

This trainer explores both fundamental and advanced control system experiments through modular analog and digital interfaces. It supports core topics including Laplace transforms, system modeling, steady-state error analysis, first- and second-order system behavior, transient response, and both time-domain and frequency-domain design techniques.

The system is especially focused on PID controller experimentation using practical methods like the Ziegler-Nichols tuning technique, enabling students to test and analyze proportional, integral, and derivative control on DC servo motors. It also covers inner-loop feedback, root locus analysis, and lead/lag compensator designs in real-time.

NexuMation 06 delivers deep hands-on exposure by enabling closed-loop control of speed and position in DC servo motors. Learners can use the optional PC-based digital storage oscilloscope interface to log experimental results, visualize waveforms, and analyze control signals via computer—a crucial skill in today’s data-driven automation labs.

As a leading Automation and Control Technology Manufacturer, SCIENTICO ensures precision, reliability, and ISO-certified quality across every unit.

Key Features:
• Complete DC Servo System with Modular Controls
• PID Controller Training with Ziegler-Nichols Tuning
• Real-Time Control of Speed & Position
• Phase Lead & Lag Compensator Design
• Simulation of First- & Second-Order Systems
• Transient Response, Root Locus & Frequency Response Analysis
• Laplace Transform & System Simulation Experiments
• Optional PC Interface with Digital Storage Oscilloscope
• Fully Documented Step-by-Step Curriculum
• CE Certified | ISO Compliant | Customizable

As a trusted Automation and Control Technology Exporter, SCIENTICO delivers worldwide, with clients in the Middle East, Africa, and Asia benefiting from our decades of expertise in lab training systems.

Experiments Included:
• Laplace Transform & System Simulation
• Steady-State Error & Transient Response
• First- & Second-Order System Modeling
• Effects of Zeros & Dominant Poles
• DC Servo Motor Characteristics
• P, PI, and PID Control Experiments (Ziegler-Nichols Method)
• Speed & Position Control Using PID
• Root Locus Technique & Feedback Control
• Phase Lead & Lag Compensator Design (Frequency Domain)

Q&A Section

Q1: What does NexuMation 06 teach students?
A: It offers hands-on training in control theory using DC servo motors, covering PID controller design, system modeling, transient response, and compensator design.

Q2: Is this trainer suitable for university-level control system courses?
A: Yes, it is ideal for B.Tech, M.Tech, and vocational programs focused on Automation, Electrical, and Mechatronics Engineering.

Q3: What distinguishes SCIENTICO as an Automation and Control Technology Manufacturer?
A: SCIENTICO combines over 30 years of experience, ISO and CE certifications, in-house R&D, and proven international export capabilities.

SCIENTICO, a leading Automation Lab Equipment Manufacturer in India, presents the Water Level Control By PLC – NexuMation 11, a high-performance trainer designed for advanced technical education and skill development. Engineered for precision, this equipment enables practical training in Programmable Logic Controller (PLC) based water level management, commonly used in industrial automation systems.

This Automation Lab Trainer simulates a complete water tank setup equipped with two water pumps, two outlet valves, and five level sensors, offering real-time monitoring and control using PLCs. It is ideal for understanding the control logic of water level regulation, pump operation, and sensor feedback—critical components in modern automation systems. The water levels are represented through bright LED indicators, offering a clear visual reference during experiments.

The Water Level Control Simulation Trainer is compatible with various Siemens and Fatek based PLC Training Kits, giving students flexibility to program and test real-world automation logic. This makes it a perfect solution for engineering colleges, technical universities, polytechnic institutes, and industrial training centers.

As a trusted Automation Lab Equipment Exporter, SCIENTICO ensures all equipment is manufactured under ISO-certified processes with strict quality control, offering robust build quality and repeatable performance for academic and industrial training environments.

Experiments Included:
• Introduction and Operation of Water Tank Level Control by PLC

Recommended Control Modules (Not Included):
• Programmable Logic Control Trainer (Siemens Based) 
• Programmable Logic Control Trainer (Siemens Based) 
• Programmable Logic Control Trainer (Fatek Based) 
• Programmable Logic Control Trainer (Fatek Based) 

Key Features:

• Designed by a leading Automation Lab Trainer Manufacturer

• Full water tank simulation with multi-level sensing

• Supports Siemens and Fatek PLC interfaces

• Visual feedback with high-brightness LEDs

• Modular, durable, and classroom-friendly design

• Promotes real-time programming and control logic testing

Applications:

• Engineering & Polytechnic Colleges

• Technical Universities

• Skill Development Labs

• R&D and Industrial Training Centers

• Vocational Training Institutes

Why Choose SCIENTICO?
• Established in 1993 – Over 30 years of experience in manufacturing engineering lab equipment
• ISO 9001:2015 Certified, CE Marked, and IndiaMART Verified
• In-house R&D for custom automation solutions
• Exporting to Africa, Middle East, Asia, South & North America
• Preferred choice for Automation Lab Equipment Supplier & Exporter globally

FAQs (Frequently Asked Questions):

Q1. Who should use the Water Level Control by PLC – NexuMation 11?
A: It is perfect for engineering students, automation trainees, and professionals learning PLC-based water level control systems.

Q2. Is it compatible with SCADA or HMI?
A: Yes, SCADA and HMI integration is possible through proper interfacing with your selected PLC kit.

Q3. Are experiment manuals provided?
A: Yes, detailed user guides and experiment sheets are included for hassle-free learning.

SCIENTICO’s Temperature Control By PLC – NexuMation 12 is a robust and versatile training module developed for engineering colleges, polytechnic institutes, and industrial training centers. As a reliable Automation and Control Technology Lab Equipment Manufacturer, we have engineered this setup to simulate industrial-grade temperature regulation systems using PLCs, making it an essential learning tool for electrical, instrumentation, and automation engineering students.

The system features:

• Two resistive heating elements

• Dual cooling fans for active regulation

• Two advanced temperature sensors:

  • One providing voltage-type analog output

  • One providing current-type analog output

Temperature readings are displayed in real-time using two digital meters, allowing precise monitoring and response to control logic inputs. This PLC-based setup enables trainees to gain hands-on experience in programming, logic development, process feedback, and sensor integration—critical skills for modern automation systems.

Educational Benefits

This module supports core automation learning and control loop programming aligned with industrial standards. When combined with recommended Siemens or Fatek PLC trainers (sold separately), students can execute fully functional programs to simulate temperature-dependent processes, gaining deep insight into closed-loop control systems.

As an Automation Lab Equipment Exporter, SCIENTICO supplies this module globally to technical universities, training centers, and educational dealers, offering unmatched reliability and performance.

Key Features

• Industrial-grade simulation of temperature control systems

• Sensor diversity (Voltage & Current outputs)

• Plug-and-play compatibility with Siemens & Fatek PLCs

• Designed for integration with NexuMation series control trainers

• Ideal for teaching control logic, feedback mechanisms, and automation principles

Why Choose SCIENTICO?

✔ Over 30 Years of Manufacturing Expertise
✔ ISO 9001:2015 Certified | CE Marked Products
✔ In-House R&D for Customization
✔ Leading Automation and PLC Lab Equipment Manufacturer
✔ Verified PLC Lab Equipment Exporter to Africa, UAE, Saudi Arabia, Kenya, Brazil, Oman, Chile, and beyond
✔ Dedicated to High-Quality Training Solutions in Automation, Instrumentation, and Industrial Control

FAQs

Q1. What is the role of the Temperature Control By PLC module in training?
It allows hands-on experience in implementing closed-loop temperature control systems using PLCs—crucial for understanding real-world industrial automation.

Q2. Can I integrate this with existing PLC trainers?
Yes, NexuMation 12 is fully compatible with Siemens-based and Fatek-based PLC trainers offered by SCIENTICO, ensuring modular integration for training scalability.

Q3. Do you export this product outside India?
Absolutely. We are an experienced Automation Lab Equipment Exporter, catering to global markets including the Middle East, Africa, South America, and Southeast Asia.

Q4. Can the module be tailored to fit my curriculum needs?
Yes. SCIENTICO offers customization options to match institutional syllabus, automation tools, and regional training requirements.

The NexuMation 13 – Conveyor Control by PLC is a highly interactive simulation module designed for in-depth understanding of conveyor automation systems. Manufactured by SCIENTICO, a trusted Automation and Control Technology Lab Equipment manufacturer and exporter, this unit is built to meet global academic and industrial training needs.

This module features a mini conveyor belt system integrated with optical and inductive proximity sensors, mimicking real-world industrial automation. A selector switch allows users to toggle between Auto and Manual modes, while process indicators provide visual feedback for system status, enhancing hands-on learning.

The equipment is ideal for engineering colleges, technical institutes, and industrial training centers that aim to provide practical exposure to PLC-based conveyor control systems. Students can simulate real-time PLC automation tasks such as object detection, sorting, and movement control using both Siemens and Fatek PLC-based systems.

As a leading PLC Trainer manufacturer and supplier, SCIENTICO ensures all products are built with industrial-grade components and aligned with international curriculum standards, making them perfect for engineering lab training and PLC system prototyping.

Key Features:

• Compact conveyor system for lab-scale simulation

• Dual-mode operation: Auto and Manual

• Integrated optical and inductive sensors

• Designed for seamless integration with Siemens/Fatek PLC Trainers

• Visual status indicators and onboard switches

• Supports various PLC programming and testing applications

• Robust build quality for long-term academic use

Ideal For:

• Diploma, Graduate, and Post-Graduate Engineering Programs

• Industrial Automation Training Labs

• Vocational Training Institutes

• Skill Development Centers

• Research and Development Facilities

Why Choose SCIENTICO?

• Established Manufacturer of Automation and Control Technology Lab Equipment since 1993

• CE-certified, ISO 9001:2015 company

• Trusted PLC Trainer Exporter across Africa, Asia, Middle East, and South America

• In-house R&D for custom solutions

• Quality, durability, and precision assured

• Serving over 500+ engineering institutions globally

FAQs:

Q1: What is the objective of the Conveyor Control Trainer?
A1: It is designed to help students and engineers understand PLC-based conveyor system automation through hands-on practice using real-world control logic.

Q2: Is this trainer compatible with all PLC brands?
A2: This model is tested and recommended for Siemens and Fatek-based PLC trainers but may also be adaptable to other brands with appropriate I/O configurations.

Q3: Can this system be customized for specific training modules?
A3: Yes, SCIENTICO offers customization based on client requirements for industrial automation projects and academic course structures.

Q4: Does it include a PLC controller?
A4: No, the PLC controller must be purchased separately. We offer Siemens and Fatek-based options for complete training kits.

The Elevator Control by PLC – NexuMation 14 is a specialized educational trainer designed to simulate elevator operations through PLC programming. Manufactured by SCIENTICO, a leading Automation and Control Technology Lab Equipment Manufacturer and Exporter, this trainer is ideal for technical training in PLC-based industrial automation.

The simulation module is equipped with three elevator doors displayed using dot matrix indicators. It features realistic call switches, floor indicators, and an elevator internal control panel that replicates real-world elevator control scenarios. This system allows students to gain hands-on experience in the programming, logic design, and troubleshooting of elevator automation using Programmable Logic Controllers.

This equipment is used in engineering colleges, polytechnic institutes, and industrial training centers for advancing knowledge in automated transport systems, industrial PLC programming, and electromechanical control.

Key Features:
• Realistic simulation of elevator logic using dot matrix displays
• Includes internal control panel, call switches, and floor indicators
• Compatible with Siemens and Fatek-based PLC trainers
• Ideal for practical learning of PLC ladder logic and automation flow
• Supports testing and programming of real-world elevator logic sequences
• Modular design for ease of understanding and instruction
• Reinforces concepts in control systems, automation, and process logic

Educational Objectives:
• Understanding the architecture and operation of elevators
• Developing and debugging ladder logic for elevator systems
• Testing logic on physical modules with simulated input/output
• Enhancing practical skills in PLC programming and automation

Applications:
• PLC Training Programs
• Automation System Simulations
• Elevator Control Logic Demonstrations
• Skill Development in Industrial Automation

Why Choose SCIENTICO?
Established in 1993, SCIENTICO is a certified Automation and Control Technology Lab Equipment Manufacturer, Supplier, and Exporter with a global presence. Our NexuMation Series is designed to equip engineering and vocational institutions with modern, curriculum-based training systems.

What Sets Us Apart:
✔ ISO 9001:2015 Certified | CE Marked Products
✔ In-house R&D & Customization Capability
✔ MSME Registered | Verified IndiaMART Exporter
✔ Extensive Export Network across the Middle East, Africa, South America & Asia

Frequently Asked Questions (FAQs):

Q1: Does the trainer come with a PLC module?
A: No, PLC modules are not included but recommended models like Siemens and Fatek-based units are compatible and available separately.

Q2: What type of PLC is best suited for this elevator simulation?
A: It is compatible with Siemens (IT-1200S, IT-1200S-40) and Fatek (IT-FBs-24MA, IT-FBs-40MA) PLC trainers.

Q3: Is this trainer suitable for beginners?
A: Yes, it’s perfect for diploma, undergraduate, and vocational-level students studying industrial automation or control engineering.

Q4: Can the logic be customized for more complex elevator systems?
A: Absolutely. Students can expand or modify the logic using supported PLC trainers to simulate more complex systems.

The Robot Control Module By PLC – NexuMation 17 is an advanced educational platform developed by SCIENTICO, a trusted Automation and Control Technology Lab Equipment Manufacturer and Exporter in India. This trainer is specially designed to impart practical knowledge in robotics control, pneumatics, and sensor-based automation, using industry-relevant tools and controllers such as Siemens and Fatek PLC systems.

Ideal for engineering colleges, technical universities, and R&D institutions, this lab module enables students to understand the real-time control logic and robotic automation systems used in modern industrial environments.

The module includes:

• A rotational robotic unit with a motor and encoder coupled to a gearbox for rotational movement

• A vertical pneumatic cylinder for up/down actuation

• A horizontal cylinder for forward/backward movement

• A suction cup for part handling

• REED sensors and inductive proximity sensors for precise movement detection

All robot movements are programmable through external PLCs (not included), allowing complete customization and learning of industrial automation techniques.

Experiments Included:

• Study of electro-pneumatic principles
• Vacuum-based pick-and-place operation
• Electro-valve operation and programming
• Working with REED sensors for cylinder position detection
• Inductive sensor integration for motor rotation feedback
• Interfacing robot arm with PLCs for control logic testing

Key Features:

• Hands-on training in robot control using PLC

• Compatible with both Siemens and Fatek-based PLCs

• Pneumatic actuator integration for real-world simulation

• Modular design for easy integration with other automation trainers

• Industrial-grade sensors (REED & inductive) for control feedback

• Develops student skills in control logic, programming, and automation design

Applications:

• Automation and Robotics Engineering Training
• Skill Development in PLC-Based Control
• Electro-Pneumatic System Simulation
• Industry 4.0 and Smart Manufacturing Education
• Hands-on Industrial Control Logic Practice

Why Choose SCIENTICO?

SCIENTICO has been a premier Automation and Control Lab Equipment Manufacturer, Exporter, and Supplier since 1993. Based in Ambala Cantt, India, we are recognized for our ISO-certified quality, modular product designs, and customer-focused innovation. Our NexuMation Series is purpose-built to align with evolving academic and industrial requirements.

Certifications and Trust Marks:
✔ ISO 9001:2015 Certified
✔ CE Marked Equipment
✔ In-house R&D and Innovation Lab
✔ MSME Registered & IndiaMART Verified

Export Markets: Middle East, Africa, Asia, South America, and more.

Frequently Asked Questions:

Q1: Can I use this trainer with a Siemens PLC we already have?
A: Yes. The NexuMation 17 module is compatible with Siemens PLCs such as IT-1200S, IT-1500S, and their variants.

Q2: Are sensors and cylinders included in the package?
A: Yes. The pneumatic actuators, suction cup, and sensors are built into the robotic system.

Q3: Is this suitable for undergraduate engineering students?
A: Absolutely. It's ideal for UG and PG programs in Mechatronics, Robotics, and Automation Engineering.

SCIENTICO’s NexuMation 19 is an advanced Automation and Control Technology Lab Equipment module designed to simulate the automatic storage and distribution of prismatic pieces using industrial-grade components. Built for practical training in PLC-controlled systems, this module helps students understand the principles of electro-pneumatics, sensor integration, and process automation.

Engineered to function in coordination with a conveyor belt system, NexuMation 19 features a double-acting pneumatic cylinder controlled via a 5/2-way solenoid valve, enabling efficient expulsion of components. A micro-switch sensor detects the presence of pieces within the storage column, while REED sensors identify the position of the cylinder, ensuring accurate feedback and control.

Ideal for mechatronics, automation, and control engineering courses, this compact and modular setup supports seamless experimentation. SCIENTICO, as a leading Automation and Control Technology Manufacturer, ensures that every NexuMation unit meets global quality benchmarks and is trusted by institutions across the globe.

With its durable design and advanced functionality, NexuMation 19 is also highly regarded among Automation and Control Technology Exporters, being supplied to technical universities, engineering colleges, and training institutes worldwide.

Experiments Included:

• Fundamentals of electro-pneumatic systems

• Operation and function of micro-switch sensors

• Working with REED sensors in automation

• PLC-based actuation of double-acting cylinders

• Real-time piece detection and storage automation

Key Features:

• Double-acting cylinder with 5/2-way solenoid valve

• Micro-switch sensor for piece presence detection

• Two REED sensors for cylinder position feedback

• Integration-ready with conveyor belt systems

• CE-marked and ISO 9001:2015 Certified

• Ideal for academic and vocational training

Why Choose SCIENTICO?

• Leading Automation and Control Technology Manufacturer since 1993

• Trusted Automation and Control Technology Exporter to 50+ countries

• Customizable solutions with in-house R&D

• Robust, classroom-tested designs

• IndiaMART Verified & MSME Registered

• Compliant with global education and industry standards

QnA Section:

Q1: What is the function of the NexuMation 19 module?
A: It simulates automatic storage and expulsion of prismatic pieces using PLC-controlled pneumatic systems.

Q2: Which sensors are included in this module?
A: It includes a micro-switch sensor for detecting piece presence and two REED sensors for tracking cylinder position.

Q3: Is this system compatible with a conveyor belt?
A: Yes, NexuMation 19 is designed to work seamlessly with conveyor modules for complete automation simulations.

Q4: Is this equipment export-ready?
A: Yes, SCIENTICO is an experienced Automation and Control Technology Exporter, providing CE-certified equipment worldwide.

SCIENTICO presents the NexuMation 22 – Conveyor Belt Control Module by PLC, an essential part of its Automation and Control Technology Lab Equipment range. This advanced training module simulates the industrial transportation of linear objects using a PLC-controlled bi-directional conveyor system.

Designed for technical institutions and engineering labs, NexuMation 22 provides in-depth learning on the electrical control of DC motors and the use of fiber optic sensors in industrial automation. The belt is powered by a bi-directional DC motor, enabling forward and reverse motion for real-world material handling simulations.

Built for precision and durability, the module offers a clear understanding of automated material transport along a linear axis, controlled by sensor feedback and PLC logic. It can function as a standalone experiment station or be seamlessly integrated with other NexuMation series modules such as sorting, selection, or storage systems.

As a trusted Automation and Control Technology Manufacturer, SCIENTICO ensures all equipment is CE-marked, ISO-certified, and aligned with modern industrial training needs. NexuMation 22 is exported globally and widely adopted in technical universities, automation labs, and mechatronics training programs, strengthening SCIENTICO’s position as a reliable Automation and Control Technology Exporter.

Experiments Included:

• Understanding DC motor electrical control for conveyors

• Operation and control of a bi-directional conveyor

• Use and application of fiber optic sensors

• PLC-based automation of transport systems

• Integration with upstream and downstream automation modules

Key Features:

• Bi-directional DC motor-driven conveyor

• Industrial-grade fiber optic sensor for object detection

• Modular structure, ready for multi-unit integration

• Real-time PLC control for motion and logic execution

• CE-certified, ISO 9001:2015 compliant

• Suitable for automation, mechatronics, and control labs

Why Choose SCIENTICO?

• Recognized Automation and Control Technology Manufacturer since 1993

• Trusted Automation and Control Technology Exporter to over 50 countries

• MSME Registered, IndiaMART Verified Supplier

• In-house R&D and custom development options

• Proven performance in engineering institutions worldwide

QnA Section:

Q1: What is the core function of NexuMation 22?
A: It simulates a PLC-controlled bi-directional conveyor system for transporting linear objects in automation setups.

Q2: Which sensors are used in this module?
A: The module uses a fiber optic sensor for object detection and feedback in the automation process.

Q3: Can it be integrated with other NexuMation modules?
A: Yes, NexuMation 22 is designed for modular integration with storage, sorting, and selection units.

Q4: Is it export-compliant?
A: Yes, SCIENTICO is a reliable Automation and Control Technology Exporter, and the module is CE-certified for international use

SCIENTICO introduces the NexuMation 24 – Pushbutton Panel, a simple yet essential component of our Automation and Control Technology Lab Equipment range. This module is designed to provide hands-on control of various automation stations when connected to a Programmable Logic Controller (PLC).

The NexuMation 24 is equipped with 16 safety terminals (Ø = 2 mm), offering a secure and direct interface with the PLC. It allows users to manually simulate input signals such as start, stop, reset, emergency, and other command functions that are commonly used in industrial control panels.

This pushbutton interface is ideal for beginners learning the fundamentals of PLC I/O, manual signal testing, and interface design. It can be used across a wide range of automation training experiments, especially when paired with NexuMation modules involving conveyors, sensors, motors, and actuators.

As a leading Automation and Control Technology Manufacturer, SCIENTICO has developed NexuMation 24 with durable components and a user-friendly layout for seamless classroom or laboratory integration. Trusted worldwide, we also serve as a prominent Automation and Control Technology Exporter, supplying our equipment to engineering institutions across Asia, Africa, and beyond.

Experiment/Application:

• Manual input simulation using pushbuttons

• Control of PLC-based automation stations

• Testing PLC input terminals in real time

• Simulating industrial panel operations

• Enhancing understanding of PLC signal processing

Key Features:

• 16 pushbutton inputs with safety terminals (Ø = 2 mm)

• Direct PLC connectivity for I/O simulation

• Suitable for basic and advanced automation labs

• Rugged and ergonomic panel design

• CE-certified, ISO 9001:2015 compliant

• Compatible with all NexuMation PLC modules

Why Choose SCIENTICO?

• Trusted Automation and Control Technology Manufacturer since 1993

• Verified Automation and Control Technology Exporter with global supply

• IndiaMART Verified and MSME Registered

• In-house product development and technical support

• Widely adopted by engineering colleges and training institutes

QnA Section:

Q1: What is the purpose of the NexuMation 24 Pushbutton Panel?
A: It allows manual control and input simulation for PLC training systems, aiding students in understanding real-world industrial control logic.

Q2: How does it connect to the PLC?
A: The panel connects via 16 safety terminals (Ø = 2 mm) directly to the PLC’s input section.

Q3: Can this panel be used across multiple experiments?
A: Yes, it is compatible with various NexuMation modules for conveyor, motor, sensor, and control training.

Q4: Is the panel export-ready?
A: Yes. SCIENTICO, as a leading Automation and Control Technology Exporter, ships CE-marked, globally compliant equipment.

The NexuMation 29 – Piece Thickness Measurement Module by SCIENTICO is an advanced automation training unit designed to teach real-world inspection and quality control processes in engineering labs. This module enables students to sort pieces based on their thickness, using a precise analog sensor that outputs a signal between 0–10V, corresponding to the measured dimension.

During operation, each piece is lifted and pressed against the sensor. Based on the analog voltage signal, the system determines whether the part meets preset thickness criteria. Accepted pieces are directed to one slide, while out-of-spec parts are rejected to a separate channel. This automated thickness-based sorting process mirrors industrial quality assurance systems used in manufacturing environments.

The module is mounted on a rigid Bakelite base for lab mobility and modular integration. It supports PLC-based and Arduino (microprocessor) control, offering a wide range of programmable exercises that simulate automation, measurement, and quality control cycles.

As a leading Automation and Control Technology Equipment Manufacturer and Exporter, SCIENTICO ensures that the NexuMation 29 meets the latest educational standards for technical institutes and engineering universities worldwide.

Experiments Included:

• Basics of electro-pneumatic systems

• Analog signal interpretation (0–10V)

• Thickness measurement and classification

• Pneumatic actuation control

• Integration of sensors for dimensional inspection

• Electro-valve operation

• Automated sorting logic

• PLC and Arduino programming for inspection tasks

Key Features:

• Measures and sorts pieces based on thickness using a voltage-based sensor

• Analog output signal (0–10V) reflects dimensional variations

• Automatically separates accepted and rejected parts

• Fully programmable via PLC or Arduino

• Industrial-grade sensors and pneumatic cylinders

• Easy lab installation with rigid Bakelite base

• Ideal for real-time analog signal processing and control training

• CE-marked and ISO 9001:2015 certified

• Used in technical training labs and industrial automation education

Why Choose SCIENTICO?

• Trusted Manufacturer and Exporter of Automation Lab Equipment since 1993

• State-of-the-art R&D for future-ready training systems

• ISO and CE certifications ensure global compliance

• Modular, easy-to-integrate training units

• Exported to technical institutions in Africa, Asia, the Middle East, and the Americas

QnA Section:

Q1: What does the NexuMation 29 module measure?
A: It measures and sorts cylindrical or block-type pieces based on their thickness, using a 0–10V analog sensor for precision detection.

Q2: Can the module be used for PLC and Arduino programming exercises?
A: Yes. NexuMation 29 supports both PLC-based and microcontroller-based (Arduino) control, making it perfect for practical learning.

Q3: What learning areas does this module support?
A: Electro-pneumatics, sensor calibration, analog signal reading, dimensional inspection, and automation cycle programming.

Q4: Is it easy to move or relocate in a lab setup?
A: Yes. It’s mounted on a durable Bakelite base, making it both stable and portable.

The NexuMation 30 – Rotary Indexing Table Module is an advanced automation training unit developed by SCIENTICO, designed to simulate material identification and transfer processes using a rotary mechanism. It is ideal for teaching sensor integration, motion control, and automated material handling in technical training labs.

This module features a rotary table that holds pieces to be identified and sorted. Three types of sensors – capacitive, inductive, and optical – work in tandem to detect the presence and material type of each piece. The rotary table's position is precisely monitored using a magnetic sensor, while a DC motor controls the table’s indexing motion.

Two additional positions on the table are left open for piece pick-up and drop-off, supporting full-cycle automation in sorting or assembly simulations. The entire unit is mounted on a rigid Bakelite base, offering durability and easy relocation within laboratory settings.

The NexuMation 30 module is compatible with both PLC and Arduino microprocessor control, allowing learners to create diverse automation exercises, whether in integrated systems or stand-alone modes.

Experiments Included:

• Basics of electro-pneumatic systems

• Sensor-based material identification

• Capacitive, inductive, and optical sensor integration

• Rotary table control via magnetic sensors

• DC motor automation

• Piece storage and handling methods

• PLC-based programming and cycle automation

• Arduino-based microcontroller exercises

Key Features:

• Rotary indexing table with 360° operation

• Detects piece material using 3 sensor types (capacitive, inductive, optical)

• Magnetic sensors for position feedback

• DC motor-driven rotation control

• Supports PLC and Arduino automation exercises

• Two open table positions for pick/place tasks

• Mounted on rigid Bakelite base for portability

• Perfect for training in motion control, sensing, and automated sorting

• ISO 9001:2015 certified | CE marked

Why Choose SCIENTICO?

• Over 30 years of expertise in lab training equipment manufacturing

• Fully customizable modules for engineering colleges and universities

• Exports to 40+ countries including the Middle East, Africa, Asia, and the Americas

• In-house R&D ensures innovation and quality

• Compliant with global certification standards

QnA Section:

Q1: What does the NexuMation 30 module teach?
A: It teaches automated material detection and transfer using a rotary table, sensors, and motion control systems.

Q2: What sensors are used in the module?
A: It uses capacitive, inductive, and optical sensors to detect presence and material type.

Q3: Is it suitable for both PLC and Arduino programming?
A: Yes, it supports both PLC modules and Arduino microprocessors for versatile training options.

Q4: Can the rotary motion be controlled accurately?
A: Yes, rotation is precisely managed using a DC motor and magnetic position sensors.

The NexuMation 32 – Swivel Arm Module by SCIENTICO is an advanced electro-pneumatic automation trainer designed for the transfer of components between modular stations using a rotating arm with suction pick-up. This module is engineered to provide hands-on training in vacuum-based part handling, rotary motion control, and sensor integration.

At the heart of the system is a pneumatic rotary actuator, adjustable within a 180° swivel angle, offering dynamic movement capabilities. The piece transfer mechanism features a vacuum suction cup, coupled with an ejection system controlled via a bistable electro valve. The rotary motion is monitored and regulated by magnetic limit sensors, ensuring precise control during training exercises.

Built on a durable Bakelite base, the module is portable and well-suited for classroom or lab environments. It can be fully automated using a PLC system or Arduino microcontroller, making it ideal for industrial automation and robotics training.

Students and instructors can simulate a wide range of electropneumatic automation tasks, from basic motion control to more complex positioning and sequencing, either in a working cycle or stand-alone mode using PLC or Arduino programming.

Experiments Included:

• Fundamentals of electro-pneumatics

• Rotary pneumatic actuator operation

• Pick-and-place transfer using suction system

• Control of bistable electro valves

• Automated sensor-based motion detection

• Electropneumatic positioning principles

• PLC programming and automation logic

• Arduino-based microprocessor control

Key Features:

• Pneumatic rotary cylinder with 180° swivel capability

• Vacuum suction system for piece handling

• Ejection mechanism with electro valve control

• Magnetic sensors for rotary position detection

• Fully compatible with PLC and Arduino platforms

• Modular and portable – mounted on rigid Bakelite base

• Ideal for skill-based training in industrial automation

• CE marked | ISO 9001:2015 certified | Customizable

Why Choose SCIENTICO?

• Over 30 years of experience in engineering lab equipment

• In-house design and manufacturing for reliability and flexibility

• Certified and globally recognized brand in lab automation systems

• Trusted by engineering colleges, polytechnics, and industrial training centers

• Exported across Africa, Asia, Middle East, South America, and beyond

QnA Section:

Q1: What is the function of NexuMation 32?
A: It transfers parts between stations using a rotating pneumatic arm with a suction cup.

Q2: Can it detect the arm's position?
A: Yes, magnetic limit sensors provide accurate positioning feedback.

Q3: Is the suction system programmable?
A: Yes, the vacuum ejection system is fully programmable via PLC or Arduino.

Q4: Who can benefit from this module?
A: Engineering students, automation trainees, and institutions focusing on Industry 4.0 skills.

The NexuMation 34 – Transfer Robot Manipulator by SCIENTICO is a specialized training system developed for hands-on learning in electro-pneumatics, robotic actuation, and PLC-based automation. This module simulates a pick-and-place robot manipulator, ideal for studying actuator and sensor coordination in industrial automation systems.

Designed for technical institutions, automation labs, and skill development centers, this system gives learners direct experience in managing digital input/output logic, controlling electro-pneumatic actuators, and interpreting signals from industrial sensors.

The NexuMation 34 includes a complete PLC training package, featuring a programmable logic controller, integrated power supply, programming cable, and compatible operating software. Learners can program and execute a variety of pick-and-place routines, understand the integration of sensors and actuators, and apply logic sequences essential for modern production systems.

All components are mounted on a rigid, portable Bakelite base, making the system easy to deploy across lab benches or mobile learning stations.

Experiments Included:

• Study of Digital Input/Output Interfaces

• Working of Electro-Pneumatic Actuators

• Industrial Sensor Application and Testing

• Pick-and-Place Robot Manipulator Control

• PLC Programming Fundamentals

• Logical Sequencing of Automation Processes

Key Features:

• Fully functional pick-and-place robot arm

• Supports training in sensor-actuator coordination

• Compatible with industry-standard PLC controllers

• Includes PLC software, power supply, and programming cable

• Ideal for automation, robotics, and mechatronics education

• Assembled on durable Bakelite base for ease of movement

• CE Certified | ISO 9001:2015 | MSME Registered

Why Choose SCIENTICO?

• 30+ years of expertise in engineering training systems

• Trusted by technical colleges and automation institutes globally

• In-house R&D ensures modern, curriculum-aligned modules

• Customization and after-sales support available

• Exporting to Africa, Middle East, Asia, Americas

QnA Section:

Q1: What does the NexuMation 34 simulate?
A: It simulates a robotic manipulator used in industrial pick-and-place systems, powered by electro-pneumatics and controlled via PLC.

Q2: What’s included in the standard PLC package?
A: A PLC unit, power supply, programming cable, and compatible software are provided for comprehensive training.

Q3: Is this module suitable for microprocessor-based training?
A: While primarily designed for PLC training, it can be adapted for microcontroller experiments with suitable interfacing.

Q4: Can it be moved easily within the lab?
A: Yes, the unit is built on a lightweight Bakelite base, allowing easy portability.

The NexuMation 35 is a fully functional automated production line simulation module designed to teach students the integration of weighing, handling, and selection processes in a real-world industrial setting. Developed by SCIENTICO, this system demonstrates how various mechatronic subsystems—such as storage, pick & place, weighing, and selection—work in tandem to execute a complete automated manufacturing cycle.

The module is ideal for engineering colleges, polytechnic institutes, and industrial training centers focusing on automation, mechatronics, electro-pneumatics, and PLC-based control systems.

Mounted on a durable Bakelite base, the system is compact, modular, and portable, making it suitable for diverse lab setups and hands-on training environments.

Working Cycle:

1. The piece is released from the storage module to a conveyor.

2. A pick & place unit handles the piece and transfers it to the weighing module.

3. The piece is weighed with high precision.

4. It is then returned to the conveyor system.

5. Based on weight/material type, pieces are classified and sorted by the test and selection module.

Educational Objectives:

• Understand and simulate real-world automated production workflows

• Study integration of sensors, actuators, and controllers

• Develop skills in PLC and microcontroller-based control systems

• Gain practical experience in piece classification, weighing, and robotic handling

Key Features:

• Modular mechatronic system for automated production line simulation

• Includes storage unit, conveyor system, pick & place unit, weighing module, and selection module

• Supports PLC control and microprocessor programming

• Compatible with standard Arduino or Siemens PLCs

• Assembled on rigid Bakelite base for easy mobility

• Ideal for lab automation curriculum, technical skill development, and industry-oriented training

• CE Certified | ISO 9001:2015 | MSME Registered

Why Choose SCIENTICO?

• Over 30 years of excellence in lab training equipment

• Specialized in automation, pneumatics, robotics, and mechatronics

• Exporting to Africa, Middle East, Asia, and Americas

• Custom-designed modules for engineering curriculum alignment

• Reliable customer support and installation assistance

QnA Section:

Q1: What is the educational use of NexuMation 35?
A: It teaches students how an automated production line functions—from piece ejection to weighing and classification—using real industrial components.

Q2: What control systems can be used?
A: The system supports both PLC and Arduino microcontroller-based control programming.

Q3: Can students build and modify workflows?
A: Yes, learners can program and test multiple cycle variations based on real-life industrial automation use cases.

Q4: Does it come with software and wiring support?
A: Yes, the module is delivered with programming software compatibility and proper I/O wiring options for PLC/Arduino.

Description:
NexuMation 38 Data Acquisition (DAQ) is the process of measuring an electrical or physical parameter such as voltage, current, temperature, flow, pressure, or sound using a computer. The NexuMation 38 Data Acquisition Trainer integrates A/D and D/A converters to capture, process, and display sensor inputs in real time. Equipped with multiple analog/digital I/O channels, onboard voltage sources, and protection circuits, it enables users to connect a variety of sensors and actuators. The system comes with powerful graphical software that visualizes acquired data live, making it ideal for understanding signal measurement, conversion, and processing in industrial and academic environments.

Features:
• Control Circuits Installed
• Protection Circuits Installed
• Analog Sources Installed
• Display Devices Installed

Technical Features:
• Processor: 8-bit RISC based
• Digital In: 16 Channel
• Digital Out: 16 Channel
• Analog In: 8-Channel Multiplexed
• A/D Converter: 10-Bit
• Analog Out: 8-Channel
• D/A Converter: 8-Bit Serial SPI
• Analog Voltage Source: +10V, ±10V Adjustable
• Relay: +15V SPDT
• Display: 2X 7-Segment with BCD-7-Segment Decoder/Driver
• Switches: 2X 8-Bit DIP Switches
• PC Interface: USB-UART with Data Acquisition Software

 

Q&A Section

Q1: What is the main application of the NexuMation 38?
A1: It is used for learning and experimenting with data acquisition, signal measurement, and real-time monitoring for educational and R&D purposes.

Q2: Can it interface with a PC?
A2: Yes, it includes a USB-UART interface with dedicated data acquisition software for real-time visualization.

Q3: Does it support both analog and digital inputs?
A3: Yes, it has 16 digital inputs and 8 multiplexed analog inputs for versatile signal testing.

Q4: Is it suitable for industrial training?
A4: Absolutely. It is designed for both academic labs and industrial training setups to teach DAQ fundamentals and applications.

The NexuMation 43 Pressure Transducer Trainer is designed to provide students with a thorough understanding of pressure measurement, signal conditioning, and control systems. It introduces the principles of open-loop and closed-loop control, pressure transducers, air flow measurement, and sound output devices. Students also study advanced system responses such as proportional, integral, derivative, and PID control.

This trainer is supplied with a detailed curriculum manual that covers theoretical background, guided experiments, and application-based exercises, making it ideal for laboratory use in instrumentation, automation, and control technology.

Experiments:

• Basic Control Systems & Feedback
  • Difference between open-loop and closed-loop systems
  • Expression for overall gain of a negative feedback system
  • Gain calculations for closed-loop systems
  • Study of control system components and their functions
  • Understanding key terms in control system equipment

• Environmental Measurements
  • Construction and characteristics of an air flow transducer
  • Construction and characteristics of a pressure transducer

• Sound Output
  • Characteristics of a moving coil speaker
  • Characteristics of a buzzer

• Linear & Rotational Motion
  • Characteristics of a DC solenoid

• Signal Conditioning Amplifier
  • Characteristics and applications of DC amplifiers
  • Offset concept and the need for offset control
  • Characteristics and applications of AC amplifiers

• Control System Characteristics
  • ON/OFF system behavior
  • Proportional system behavior
  • Integral system behavior
  • Derivative system behavior
  • PID (3-term) controller study

• Practical Control Systems
  • ON/OFF pressure control system characteristics

Key Features:

• Hands-on study of pressure and air flow transducers

• Covers DC/AC amplifiers and signal conditioning

• Includes ON/OFF, Proportional, Integral, Derivative, and PID control systems

• Integrates sound output and solenoid motion experiments

• Supplied with curriculum manual and practical experiments

Applications:

• Instrumentation and control engineering education

• Automation and process control training

• Research and development laboratories

• Skill development in advanced control systems

Q&A Section:

Q1: What is the main focus of NexuMation 43?
A: It focuses on pressure measurement, air flow sensing, and control system studies including PID control.

Q2: Which control strategies are covered?
A: ON/OFF, Proportional, Integral, Derivative, and PID controllers.

Q3: Does it include signal conditioning experiments?
A: Yes, both DC and AC amplifiers are covered, along with offset control.

Q4: Can students learn practical pressure control systems?
A: Yes, it includes ON/OFF pressure control system characteristics.

Q5: Who should use this trainer?
A: Suitable for engineering students, technical institutes, and professionals in instrumentation and automation.

SCIENTICO presents NexuMation 01 – Control Application Training System, a complete learning platform under our advanced Electronics Technology Lab Equipment series. Designed for engineering and technical education, this trainer demonstrates core control system concepts using real-world sensors and actuators.

As a trusted Electronics Technology Manufacturer, SCIENTICO ensures every unit meets ISO and CE quality standards. The NexuMation 01 is ideal for students to perform practical experiments in open-loop and closed-loop control systems. With onboard temperature and light sensors, the system enables study and control using analog inputs and feedback signals.

This Electronics Technology Lab Equipment includes a wide range of experiments covering PWM control, motor speed regulation, ON/OFF control, light intensity management, frequency-voltage conversions, and temperature-based control applications.

Interfacing with a PC through dedicated software extends the system’s capability by allowing data visualization, experiment monitoring, and better understanding of dynamic responses. The trainer is suitable for electronics, mechatronics, automation, and electrical labs.

SCIENTICO, a global Electronics Technology Exporter, offers this trainer with full customization and voltage/frequency compliance for international standards, serving institutions across Asia, Africa, the Middle East, and Latin America.

Key Experiments:

• LED Bar Display with Analog Source

• Voltage to Frequency Converter

• Frequency to Voltage Converter

• PWM Controller Using Analog Source

• ON/OFF Controller Using Analog Source

• Amplifier Circuit

• Photoconductive Cell (LDR) Characteristics

• Light Intensity Control Using PWM

• Motor Speed, Direction, and Input Control

• Tacho Generator Using F/V Converter

• Motor Control via PWM Method

• Temperature Control Using Heater-Fan

Features:

• DC Motor and Servo Control Applications

• Real-time sensors: temperature and LDR-based light sensor

• Modular circuits with test points

• Application software for PC interfacing

• Durable design with silk-screen circuit labeling

• Curriculum-aligned documentation included

• Voltage customization for export-ready units

• CE-marked and ISO 9001:2015 certified manufacturing

Technical Overview:

• Input: 230V AC ±10%, 50Hz (custom options for export)

• Outputs: PWM, F/V and V/F conversions

• Indicators: LEDs, motor direction, and signal outputs

• Interface: USB/PC software with GUI support

• Panel: Printed circuit modules with protective casing

Why SCIENTICO?
With 30+ years of experience, SCIENTICO is a renowned Electronics Technology Manufacturer and Electronics Technology Exporter, delivering precision lab equipment to engineering institutions worldwide. We offer strong R&D, export support, and post-sale service to ensure complete lab integration.

FAQ (SEO-Optimized):

Q1. What does NexuMation 01 train students in?
It covers essential control system experiments including PWM, motor control, temperature feedback, and sensor-based automation.

Q2. Can this system be customized for different universities?
Yes. SCIENTICO customizes layouts, voltage specs, and manuals based on academic and regional requirements.

SCIENTICO’s NexuMation 16 is a high-precision Automation and Control Technology Lab Equipment designed to train students in real-time industrial automation using PLC, sensors, and electro-pneumatic systems. This module simulates an automated system for testing and selecting pieces based on material and color.

NexuMation 16 consists of two pneumatic cylinders and two sensors. The inductive sensor detects the material type (metal/plastic), while the optic reflection sensor identifies color (black/white). It is ideal for integration with conveyor systems for industrial-level simulation.

This unit is a complete training setup for engineering colleges and technical institutes aiming to build hands-on expertise in automation and control. Backed by over 30 years of expertise, SCIENTICO is a globally trusted Automation and Control Technology Manufacturer and Exporter, delivering innovative lab solutions worldwide.

Experiments Included:

• Study of electro-pneumatics

• Operation of pneumatic cylinders

• Working of inductive sensors

• Use of optic reflection sensors

• PLC-based sorting by material and color

Key Features:

• PLC-compatible setup

• Modular and expandable design

• Built-in industrial-grade sensors

• Real-time simulation with conveyor integration

• CE-certified, ISO 9001:2015 compliant

Why Choose SCIENTICO?

• Established Automation and Control Technology Manufacturer

• Trusted Automation and Control Technology Exporter

• In-house R&D and customization

• Serving 50+ countries

• MSME & IndiaMART Verified Supplier

QnA Section:

Q1: What is NexuMation 16 used for?
A: It trains students in automation by sorting objects based on material and color using PLC and sensors.

Q2: Which sensors are used?
A: An inductive sensor for material detection and an optic reflection sensor for color detection.

Q3: Can it be used with a conveyor belt?
A: Yes, it’s designed for seamless integration with conveyor modules.

Q4: Is it export-ready?
A: Yes, SCIENTICO is a leading Automation and Control Technology Exporter, and the unit is CE-marked and ready for global dispatch.

SCIENTICO’s NexuMation 18 is an advanced Automation and Control Technology Lab Equipment designed to provide real-time training in electronic sensing and industrial weight measurement using PLC systems. This module focuses on the precise control and monitoring of weight using analog sensor signals, ideal for hands-on training in automation and control.

At the core of NexuMation 18 is a high-sensitivity weight sensor capable of measuring variable object weights ranging from 0.1 kg to 4 kg. The sensor generates a proportional analog output between 0 to 10 V, allowing students to understand signal scaling, analog-to-digital conversion, and threshold-based control within a PLC-based system.

The system is compact, modular, and easily integrable with other NexuMation automation setups, making it perfect for engineering institutions, vocational training centers, and automation labs focused on teaching industrial control and process measurement.

As a leading Automation and Control Technology Manufacturer, SCIENTICO ensures that all NexuMation models, including this one, are CE-marked, ISO 9001:2015 certified, and built to withstand rigorous academic use. With a growing international presence, SCIENTICO has earned its place as a dependable Automation and Control Technology Exporter across Asia, Africa, and Latin America.

Experiments Included:

• Study of electronics in automation

• Real-time operation of industrial-grade weight sensors

• Analog signal measurement and scaling (0–10 V)

• Weight detection and control via PLC

• Simulation of industrial weighing and sorting applications

Key Features:

• Analog output: 0–10 V range

• Weight range: 0.1 to 4 kg

• Compatible with PLC for real-time process control

• Modular setup for integration with conveyor and selection units

• CE-certified, robust construction for academic use

Why Choose SCIENTICO?

• Established Automation and Control Technology Manufacturer

• Trusted Automation and Control Technology Exporter to 50+ countries

• ISO 9001:2015 Certified & CE Marked

• IndiaMART Verified and MSME Registered

• In-house design and customization capability

QnA Section:

Q1: What is the weight range supported by NexuMation 18?
A: It measures weights from 0.1 kg to 4 kg using a high-precision analog sensor.

Q2: What type of signal does the sensor provide?
A: The sensor gives an analog voltage output between 0 and 10 V.

Q3: Can this module be controlled by a PLC?
A: Yes, it’s designed to work with PLC systems for real-time control and automation experiments.

Q4: Is this equipment suitable for export?
A: Yes, SCIENTICO is an experienced Automation and Control Technology Exporter, and the unit complies with international standards.