Scientico

SCIENTICO, a leading Robotics and Mechatronics Lab Equipment manufacturer, offers a cutting-edge range of training systems designed for engineering education, research, and industrial skill development. Our advanced lab equipment integrates mechanical, electrical, and computer control systems, providing hands-on learning experiences in automation, motion control, artificial intelligence, and robotic programming.

Our Robotics and Mechatronics Lab Equipment includes robotic arms, pick-and-place trainers, SCARA robots, welding trainers, automation workstations, and sensor-integrated robotic kits. These systems are developed to simulate real-world industrial applications, helping students and professionals understand robotic motion, kinematics, control systems, and AI-driven automation.

✔ Industry-Relevant Training – Provides real-world robotics and automation experience.
✔ Multi-Axis Motion Control – Covers 3-axis, 5-axis, and 6-axis robotic systems.
✔ PLC & Microcontroller-Based – Supports programming, control logic, and automation concepts.
✔ Customizable & Modular Design – Allows easy integration of sensors, actuators, and controllers.
✔ High Precision & Durability – Designed with industrial-grade materials for long-term use.
✔ Compatible with AI & IoT – Enables advanced robotic programming and connectivity.

🔹 Engineering & Technical Education – Ideal for mechanical, electrical, and mechatronics labs.
🔹 Automation & Robotics Research – Supports AI-driven and autonomous system development.
🔹 Industrial Skill Training – Prepares students for careers in robotics and automation.
🔹 Industry 4.0 & Smart Manufacturing – Enables simulation of real-world industrial processes.

✔ Renowned Robotics and Mechatronics Lab Equipment exporter
✔ Customizable solutions for engineering labs & training centers
✔ Cutting-edge automation & robotic systems
✔ Trusted by universities, research institutions & industries worldwide

🚀 Upgrade your lab with SCIENTICO’s Robotics and Mechatronics Lab Equipment! Contact us today!

SCIENTICO, a trusted Robotics and Mechatronics Lab Equipment manufacturer, presents the RoboMechX 3105 – Pick and Place Robot Trainer, designed for hands-on learning in industrial automation, motion control, and robotics. Built with robust construction and premium materials, this system enables users to explore PLC-controlled robotic operations with precise X-Y-Z axis movement and an advanced pick-and-place mechanism.

As a leading Robotics and Mechatronics Lab Equipment exporter, we ensure that our robotic trainers meet engineering and industrial training standards, offering seamless integration into automation labs and research facilities.

✔ Strong & Durable Design – Sturdy construction for long-term industrial use.
✔ PLC-Based Control – Enables automated pick-and-place operations.
✔ 3-Axis Displacement – Movement along X, Y, and Z axes for precise positioning.
✔ Bidirectional Stepper Motor – High-performance 10Kg/cm² torque motor for smooth motion.
✔ Adjustable Jaw Area – Variable gripping mechanism for object handling.
✔ Height Adjustment – Selective object lifting for controlled placement.
✔ PC-PLC Interface – Supports ladder programming software for automation learning.

🔹 Motor: Bidirectional stepper motor (10Kg/cm²)
🔹 Stepper Driver: 24VDC bipolar driver with enable/disable & direction control
🔹 Guide Mechanism: Lead/Ball Screw Linear Guideways for smooth motion
🔹 PLC System: MicroLogix 1400 / equivalent with 14 digital inputs, 10 digital outputs
🔹 Programming Interface: PC-PLC interfacing with Ladder Programming Software

📏 Machine Dimensions (L x W x H): 600 × 600 × 700 mm
⚖ Machine Weight: Approx. 25 kg

• Engineering & automation training
• Industrial robotics & motion control
• PLC-based automation learning
• Research & development labs

🔹 Leading Robotics and Mechatronics Lab Equipment manufacturer
🔹 Trusted Robotics and Mechatronics Lab Equipment exporter
🔹 Advanced automation technology for industrial training
🔹 Complete with controller, software, and manuals

Q1: What makes the RoboMechX 3105 ideal for training?
A: Its PLC-controlled system, 3-axis movement, and pick-and-place capability make it perfect for automation training.

Q2: Is software included?
A: Yes, it includes Ladder Programming Software and a PC-PLC interface.

Q3: Can it handle different object sizes?
A: Yes, it features an adjustable jaw area for versatile gripping.

Q4: Do you provide customization?
A: Yes, as a Mechanical Lab Equipment manufacturer, we offer tailored solutions.

Q5: Do you export internationally?
A: Yes, as a Robotics and Mechatronics Lab Equipment exporter, we ship worldwide.

🚀 Upgrade your automation lab with RoboMechX 3105! Contact SCIENTICO today!

SCIENTICO, a leading Robotics and Mechatronics Lab Equipment manufacturer, presents the RoboMechX 3113 – Educational Robotic Welding Trainer, designed for advanced manufacturing training. This all-in-one training solution allows students to learn robotic welding concepts in the classroom and seamlessly transition to hands-on industrial welding practice.

As a trusted Robotics and Mechatronics Lab Equipment exporter, we ensure that our robotic welding trainers meet the latest automation and fabrication standards, enhancing student engagement and preparing them for high-demand careers in advanced manufacturing.

✔ Complete Training System – Covers robot operation, programming, and welding practice.
✔ Hands-On Learning – Enhances student participation and technical skills.
✔ Industry-Standard Equipment – Uses real robotic welding technology.
✔ Accelerated Skill Development – Boosts employment readiness.
✔ Classroom & Lab Compatible – Fits through standard doorways for easy setup.
✔ Integrated Safety Features – Includes fume control and protective enclosures.

🔹 Training Mode: Classroom & Lab-ready robotic welding system
🔹 Power Supply: 120V AC input (higher voltage required for welding)
🔹 Work Surface: Expandable, easy-to-set-up enclosure
🔹 Robotic Welding Power Source: Full-featured operational system
🔹 Safety Features: Integrated fume control & protective system

📏 Machine Dimensions (L x W x H): 800 × 800 × 900 mm
⚖ Machine Weight: Approx. 165 kg

• Robotic welding & automation training
• Advanced manufacturing & fabrication labs
• Technical education & vocational training
• Industrial automation research

🔹 Renowned Robotics and Mechatronics Lab Equipment manufacturer
🔹 Reliable Robotics and Mechatronics Lab Equipment exporter
🔹 Comprehensive training solutions for automation & welding
🔹 Customizable options for industrial and academic needs

Q1: What makes the RoboMechX 3113 ideal for training?
A: It offers a real-world robotic welding experience, allowing students to learn robot operation, programming, and welding in a safe, hands-on environment.

Q2: Can it be used in both classrooms and labs?
A: Yes! It fits through standard doorways for easy transport from classroom instruction to lab-based welding practice.

Q3: Does it include safety features?
A: Absolutely. It comes with integrated fume control and protective safety measures.

Q4: Is customization available?
A: Yes! As a Mechanical Lab Equipment manufacturer, we offer custom solutions to meet training needs.

Q5: Do you export internationally?
A: Yes, as a Robotics and Mechatronics Lab Equipment exporter, we ship worldwide.

🚀 Enhance your training programs with RoboMechX 3113! Contact SCIENTICO today!

Advanced Lab Equipment for Multi-Pump Performance Analysis

SCIENTICO, a leading Mechanical Lab Equipment Manufacturer & Exporter, presents the TurboDyna 1510 – Multi-Pump Test Rig. This advanced experimental setup is designed to study multi-pump operations, flow characteristics, and pressure variations in various engineering applications.

Equipped with a 3-head pump system, the rig allows users to analyze stroke variations, pressure effects, and mixing ratios using digital measurement sensors. The system includes a closed water circuit with adjustable overflow valves, pressure measurement points, and a volumetric tank for precise flow rate calculations.

The USB-enabled microprocessor-based system enables real-time data acquisition and graphical analysis via PC, ensuring accurate performance evaluation.

✔ Analysis of multi-pump operating behavior
✔ 3-head pump with individually adjustable stroke settings
✔ Common stroke rate control for all three heads
✔ Overflow valves for counter pressure adjustment
✔ Digital sensors for intake & delivery pressure measurement
✔ USB connectivity for real-time PC-based monitoring & analysis

🔹 Pump System:

• Max. Head: 10m (each)
• Max. Suction Head: 3m (each)
• Flow Rate: 3 × 0–18 L/h

🔹 Tanks & Valves:

• Volumetric Tank: 5L
• Feed Tank: 60L
• Overflow Valves (Adjustable Pressure Range): 2–6 bar (each)

🔹 Measuring Ranges:

• Delivery Side Pressure: 3 × 0–10 bar
• Intake Side Pressure: 3 × -1 to 0 bar
• Stroke Rate: 0–100 min⁻¹
• Level Measurement: 3 × 0–20 cm

🔹 Power Supply:

• 230V, 50Hz, 1 Phase

🔹 Dimensions & Weight:

• L x W x H: 1250 × 500 × 950 mm
• Approx. Weight: 90 kg

✅ Study of multi-pump flow characteristics
✅ Understanding pressure effects on pump performance
✅ Industrial applications in fluid mechanics & process engineering

❓ What is the purpose of the TurboDyna 1510 Multi-Pump Test Rig?
✅ It enables detailed analysis of multi-pump operations, stroke adjustments, and pressure variations for fluid mechanics and process engineering studies.

❓ How does the overflow valve impact pump performance?
✅ The adjustable overflow valves allow users to set counter pressure, influencing the flow rate and helping analyze mixing ratios.

❓ Does it support real-time data logging?
✅ Yes, the USB-enabled system transmits real-time measurements to a PC for monitoring, graphical analysis, and performance evaluation.

For bulk orders, customization, or inquiries, contact SCIENTICO – a trusted Mechanical Lab Equipment Manufacturer & Exporter. 🚀

SCIENTICO, a leading Robotics and Mechatronics Lab Equipment manufacturer, presents the RoboMechX 3101 – 6 Axis Robotic Trainer, designed for engineering, automation, and industrial training. Built to industrial standards, this 6 DOF robotic manipulator offers precision, durability, and hands-on learning for research labs and academic institutions.

As a trusted Robotics and Mechatronics Lab Equipment exporter, we provide high-performance robotic trainers for automation, motion control, and mechatronics training, ensuring seamless integration into lab environments.

✔ Industrial-Grade Build – 3mm stainless steel construction for durability.
✔ 6 DOF Motion – Flexible movement: waist, arm, forearm, rotation, and wrist control.
✔ Stepper Motor Control – Integrated 4-wire 2-phase motors for smooth operation.
✔ Easy Tool Mounting – Compatible with grippers, sensors, and automation tools.
✔ User-Friendly Interface – Includes software, controller, and teach pad for programming.

🔹 Robot Type: 6-axis articulated robotic arm
🔹 Reach: 500 mm
🔹 Mounting: Easy tool integration
🔹 Wiring: Fully enclosed for safety
🔹 Software: Intuitive interface
🔹 Control System: Includes software, controller & manuals
🔹 Memory: Non-volatile storage

📏 Machine Dimensions (L x W x H): 900 × 600 × 800 mm
⚖ Weight: Approx. 25 kg

• Engineering & automation training
• Research & development labs
• Industrial robotics studies
• Motion control programming

🔹 Leading Robotics and Mechatronics Lab Equipment manufacturer
🔹 Reliable Robotics and Mechatronics Lab Equipment exporter
🔹 Complete training system with user-friendly software
🔹 Customizable solutions for academic & industrial needs

Q1: What makes RoboMechX 3101 ideal for training?
A: Its 6-axis movement, industrial-grade build, and intuitive controls make it perfect for automation learning.

Q2: Can it be used for research?
A: Yes, it's designed for R&D labs, universities, and industrial applications.

Q3: Is software included?
A: Yes, it comes with user-friendly software, a controller, and a teach pad.

Q4: Can it be customized?
A: Yes! As a Mechanical Lab Equipment manufacturer, we offer customization options.

Q5: Do you export internationally?
A: Yes, as a Robotics and Mechatronics Lab Equipment exporter, we ship worldwide.

🚀 Upgrade your robotics lab with RoboMechX 3101! Contact SCIENTICO today!

SCIENTICO, a trusted Robotics and Mechatronics Lab Equipment manufacturer, presents the RoboMechX 3117 – Robotics Learning Trainer, a comprehensive system designed to teach articulated servo robotics for industrial automation training. This advanced trainer integrates a 5-axis articulated servo robot arm, industrial controller, and a state-of-the-art teach pendant, offering hands-on learning for students and professionals.

As a leading Robotics and Mechatronics Lab Equipment exporter, SCIENTICO ensures high-precision robotics training solutions that empower learners with practical knowledge of robotic assembly, programming, and automation tasks.

✔ Comprehensive Robotics Learning – Teaches articulated servo robotics and industrial applications.
✔ 5-Axis Articulated Robot Arm – Ensures smooth and precise movements with a 360° work envelope.
✔ State-of-the-Art Teach Pendant – Offers user-friendly control with jog capability and emergency stop.
✔ Advanced Programming Capabilities – Supports over 140 executable commands using MCL II language.
✔ Heavy-Duty Mobile Workstation – Provides a stable and modular platform for practical training.
✔ High Repeatability (0.18mm) – Ideal for precise industrial tasks like assembly and material handling.

🔹 Workstation: Heavy-duty welded tube steel frame with perforated work surface for flexible tooling.
🔹 Programming Interface: Teach pendant with two-line display, soft keys, and emergency stop button.
🔹 Robot Capabilities: Double-jointed arm, infrared homing sensors, worm screw drives, and microprocessors.
🔹 Training Resources: Includes Robotics 1 Student Reference Guide for structured learning.

📏 Machine Dimensions (L x W x H): 1000 × 600 × 900 mm
⚖ Machine Weight: Approx. 90 kg

• Industrial robotics & automation training
• Engineering & vocational education
• Assembly line simulation
• Material handling & pick-and-place operations

🔹 Reliable Robotics and Mechatronics Lab Equipment manufacturer
🔹 Trusted Robotics and Mechatronics Lab Equipment exporter
🔹 Innovative training solutions for automation & robotics
🔹 Customizable setups for educational & industrial use

Q1: What makes the RoboMechX 3117 ideal for learning robotics?
A: It offers a real-world robotics training experience with precise servo control, teach pendant operation, and industrial-grade articulation.

Q2: Can multiple users train on the same workstation?
A: Yes! The modular perforated work surface allows quick attachment and removal of fixtures, making it ideal for group training.

Q3: Does it support programming practice?
A: Absolutely. With over 140 executable commands in MCL II language, students can learn advanced robotic programming.

Q4: Is customization available?
A: Yes! As a Mechanical Lab Equipment manufacturer, we offer customized robotic trainers tailored to educational and industrial needs.

Q5: Do you export internationally?
A: Yes, as a Robotics and Mechatronics Lab Equipment exporter, we provide worldwide shipping and support.

🚀 Enhance your robotics training with RoboMechX 3117! Contact SCIENTICO today!

SCIENTICO, a leading Robotics and Mechatronics Lab Equipment manufacturer, presents the RoboMechX 3121 – Scarab Robot Kit with Sound Sensor, an innovative learning tool designed for future engineers. This interactive robotics kit combines electronics and mechanics to provide an engaging hands-on experience.

The Scarab Robot is equipped with two touch sensors that detect obstacles. Upon encountering an object, the robot performs a two-step maneuver, choosing between left turn, right turn, reverse, or stop to navigate its surroundings. With customizable movement configurations and two sets of uniquely designed legs, the Scarab Robot offers an exciting introduction to robotics and automation concepts.

As a trusted Robotics and Mechatronics Lab Equipment exporter, SCIENTICO ensures high-quality and durable robotic kits for educational and research institutions.

✔ Hands-On Learning – Perfect for STEM education and robotics training.
✔ Obstacle Detection – Uses two touch sensors to identify and avoid obstacles.
✔ Two-Step Maneuver System – Moves in four possible directions for seamless navigation.
✔ Customizable Movement Patterns – Configurable for different mobility responses.
✔ Two Sets of Legs – Offers distinct movement styles for enhanced experimentation.
✔ High-Quality Construction – Built for durability and long-term use in training setups.

🔹 Sensors: Dual touch sensors for obstacle detection.
🔹 Navigation System: Automated two-step maneuver (left, right, reverse, stop).
🔹 Leg Variations: Two interchangeable sets for different walking styles.
🔹 Learning Application: STEM robotics, motion control, and automation training.

📏 Machine Dimensions (L x W x H): 300 × 300 × 195 mm
⚖ Machine Weight: Approx. 15 kg

• STEM education & robotics learning
• Automation & obstacle avoidance training
• Research & development in robotic motion
• Practical hands-on experience for students

🔹 Renowned Robotics and Mechatronics Lab Equipment manufacturer
🔹 Reliable Robotics and Mechatronics Lab Equipment exporter
🔹 Advanced educational solutions for future engineers
🔹 Customizable robotic training kits for various learning levels

Q1: What makes the Scarab Robot Kit unique?
A: It provides hands-on robotics training with touch sensor navigation and customizable movement patterns, making it ideal for STEM education.

Q2: How does the robot detect and avoid obstacles?
A: It uses dual touch sensors (antennas) to detect obstacles and then performs a two-step maneuver (left, right, reverse, or stop) to navigate around them.

Q3: Can the robot’s movement be customized?
A: Yes! The Scarab Robot Kit allows users to configure different movement patterns based on the obstacle detection response.

Q4: Is this kit suitable for beginners?
A: Absolutely! This kit is designed for students, educators, and robotics enthusiasts looking to explore automation and motion control.

SCIENTICO, a premier Robotics and Mechatronics Lab Equipment manufacturer, presents the RoboMechX 3109 – SCARA Robot Trainer, a 4-axis robotic system designed for automation learning, pick-and-place applications, and industrial robotics training. SCARA (Selective Compliant Assembly Robot Arm) technology ensures high speed, precision, and rigidity, making it ideal for assembly, packaging, and material handling.

As a leading Robotics and Mechatronics Lab Equipment exporter, we provide cutting-edge robotic solutions that help students and professionals master industrial automation and motion control.

✔ 4-Axis Motion – Waist, Shoulder, Elbow, and Roll (J1-J4) for versatile movement.
✔ High-Speed & Precision – Ensures short cycle times and repeatability.
✔ Industrial-Grade Performance – Stepper motor with gearbox for smooth motion.
✔ Human-Like Arm Layout – Jointed two-link design allows confined area access.
✔ USB-Based Motion Controller – Easy-to-use programming interface.
✔ Low Maintenance & High Safety – Integrated micro switches for axis limits.

🔹 Axes: 4 (J1-J4: Waist, Shoulder, Elbow, Roll)
🔹 Payload: 1.5 kg
🔹 Reach: 425 mm
🔹 Link Length: Link 1: 225 mm | Link 2: 220 mm
🔹 Actuator: Stepper Motor with Gearbox
🔹 Controller: USB-Based Motion Controller
🔹 Safety Features: Micro Switches for home and axis limits
🔹 I/O Ports: 8
🔹 Power Supply: 230V, 50Hz, Single Phase

📏 Machine Dimensions (L x W x H): 550 × 560 × 900 mm
⚖ Machine Weight: Approx. 40 kg

• Industrial automation & robotics training
• Pick-and-place operations
• Assembly line automation
• Material handling & packaging

🔹 Trusted Robotics and Mechatronics Lab Equipment manufacturer
🔹 Reliable Robotics and Mechatronics Lab Equipment exporter
🔹 Complete training system with controller & software
🔹 Customizable solutions for academic & industrial needs

Q1: What is the advantage of SCARA robots?
A: SCARA robots provide high-speed, precise movement in the X-Y plane, with rigid Z-axis motion, making them perfect for automation tasks.

Q2: Can the RoboMechX 3109 be used for industrial training?
A: Yes, it is designed for hands-on automation training in research labs, universities, and industries.

Q3: Does it come with software and a controller?
A: Yes, it includes a USB-based motion controller for easy programming.

Q4: Is the SCARA Robot Trainer customizable?
A: Yes! As a Mechanical Lab Equipment manufacturer, we offer tailored solutions.

Q5: Do you provide international shipping?
A: Yes, as a Robotics and Mechatronics Lab Equipment exporter, we ship worldwide.

🚀 Upgrade your robotics lab with RoboMechX 3109! Contact SCIENTICO today!

Advanced Test Setup for Multiple Turbine Performance Analysis

SCIENTICO, a leading Mechanical Lab Equipment Manufacturer & Exporter, presents the TurboDyna 1511 – Multi-Turbine Test Rig, an advanced experimental unit designed for the study of turbine characteristics under various flow rates and heads. This self-contained, mobile unit integrates multiple turbine types, including Pelton, Francis, Kaplan, and Cross Flow, for comprehensive performance evaluation.

The closed water circuit is equipped with a multistage centrifugal pump, storage tank, flow control valve, and an inductive flow meter, allowing precise measurement of flow rate, pressure, speed, and torque. Each turbine is connected in parallel with an individual dynamometer for torque measurement.

With real-time digital monitoring and PC-based data analysis, this rig ensures accurate performance evaluation, characteristic curve plotting, and efficiency calculations for different turbines under varying operating conditions.

✔ Self-contained test rig for multiple turbines (Pelton, Francis, Kaplan, and Cross Flow)
✔ Flexible hose with quick-release coupling for turbine connection
✔ Closed water circuit with pump, storage tank, and control valve
✔ Inductive sensors for real-time speed, pressure, and flow rate measurement
✔ Eddy current brake for accurate torque calculation
✔ Digital display for flow rate, temperature, and pressure monitoring
✔ PC-based data acquisition for graphical analysis

🔹 Pelton Turbine:

• Stainless steel runner & nozzle
• Transparent casing for hydraulic action observation
• Max Power Output: 400W

🔹 Francis Turbine:

• Metal runner with corrosion-resistant material
• Adjustable guide vanes with transparent casing
• Max Power Output: 400W

🔹 Cross Flow Turbine:

• Stainless steel runner & nozzle
• Transparent stainless steel casing
• Max Power Output: 400W

🔹 Pump & Absorbers:

• Pump: 2.2 kW Multistage Centrifugal
• Dynamometer: Water brake absorber

🔹 Measuring Instruments:

• Torque Measurement: Spring balance absorber
• Pressure Gauges: At turbine inlets
• Digital Sensors: Flow rate & speed

🔹 Power Supply:

• 220V, 1 Phase, 50Hz

🔹 Dimensions & Weight:

• L x W x H: 2800 × 960 × 1500 mm
• Approx. Weight: 380 kg

✅ Study of different turbine characteristics under varying flow rates & heads
✅ Efficiency and power output analysis of Pelton, Francis & Cross Flow turbines
✅ Practical training for engineering students & researchers

❓ What is the primary purpose of the Multi-Turbine Test Rig?
✅ It enables detailed analysis of multiple turbine types, torque-speed relationships, and efficiency evaluations under controlled conditions.

❓ How does this setup help in performance analysis?
✅ It provides real-time digital measurement of pressure, flow rate, and torque, allowing users to study characteristic curves and efficiency trends of turbines.

❓ Can data be recorded and analyzed digitally?
✅ Yes, the PC-based system records, logs, and displays performance graphs for better understanding and research.