Scientico

SCIENTICO presents the Torque Master series, a cutting-edge range of automobile engineering lab equipment designed to meet the advanced training needs of engineering students and professionals. As a trusted lab equipment manufacturer, we ensure precision, durability, and top-notch performance in every product we deliver.

Our automobile engineering lab equipment is specifically crafted to provide a hands-on learning experience, enabling students to understand the core principles of vehicle dynamics, thermodynamics, and advanced mechanical systems. Recognized as a leading automobile engineering lab equipment exporter, SCIENTICO proudly serves academic institutions, training centers, and research facilities worldwide.

Product Features

• Engineered with state-of-the-art technology for accurate results.
• Durable and reliable, making it suitable for long-term use in rigorous lab environments.
• Complies with international standards for educational and professional applications.
• User-friendly designs ensure seamless operation and easy maintenance.

Why Choose SCIENTICO?

As an established automobile engineering equipment manufacturer, SCIENTICO is dedicated to delivering high-quality solutions that enhance the learning process. With our Torque Master series, we combine innovation with precision to meet the evolving needs of modern engineering education.

Applications

• Teaching automobile engineering concepts.
• Demonstrating thermodynamic processes in vehicles.
• Training in advanced automotive technologies.
• Conducting experiments in academic and professional labs.

Frequently Asked Questions

Q1: What makes SCIENTICO's Torque Master series stand out among other lab equipment brands?
A: The Torque Master series is designed with a focus on quality, innovation, and user-friendliness. As a leading automobile engineering lab equipment manufacturer, we ensure that our products offer unmatched precision and long-lasting performance.

Q2: Do you export automobile engineering lab equipment to international markets?
A: Yes, SCIENTICO is a renowned automobile engineering lab equipment exporter, serving clients across the globe with reliable and efficient products.

Q3: Can these products be customized to meet specific educational requirements?
A: Absolutely! We offer tailored solutions to meet the unique needs of engineering institutions and training centers.

Q4: How do I place an order for the Torque Master series?
A: You can contact us directly through our IndiaMART seller panel or visit our official website for more details.

Choose SCIENTICO for all your automobile engineering lab equipment needs. We take pride in being your reliable partner as a top lab equipment manufacturer and exporter, delivering excellence every step of the way.

The TorqueMaster 244 Cut Section Model of Automatic Transmission by SCIENTICO is a precision-engineered training tool designed to provide a comprehensive understanding of hydraulic automatic transmission systems. This full-size, sectioned model of an actual car transmission reveals the internal construction, components, and working mechanisms, making it ideal for technical education and demonstration purposes.

With features like color-coded sections, chromium plating, and galvanization, this model ensures durability and easy identification of various systems. It showcases critical elements such as the torque converter, planetary gear set, clutches, and control valves, allowing for clear demonstrations of gear mechanisms for forward and reverse speeds. Mounted on a sturdy tubular frame, the model combines functionality with aesthetic appeal, thanks to its high-quality imported painting and Miracle coating for enhanced gloss and shine.

Key Features:

• Real-World Component Integration: Made from an actual automatic car transmission, showcasing all key parts.
• Color-Coded Sections: Distinct color markings for effortless identification of various systems and mechanisms.
• Durable Construction: Chromium-plated and galvanized parts ensure long-term use in training environments.
• Clear Demonstrations: Allows for the explanation of gear mechanisms, forward and reverse speeds, and automatic gear shifting.
• Portable Design: Mounted on a tubular frame with wheels for ease of movement and stability.

Specifications:

• Components Included:
  • Hydraulic Torque Converter
  • Epicycloid Gear Change with 5 Forward Speeds + Reverse
  • Multiple-Plate Clutches
  • Control Valves
• Operation: Manual crank applied on the torque converter for demonstration purposes.
• Mounting: Sturdy tubular frame with wheels for portability.

Dimensions and Weight:

• Dimensions (L x W x H): 750 x 550 x 700 mm
• Weight: 110 kg

Why Choose SCIENTICO?

As a leading manufacturer and exporter of automotive training models, SCIENTICO ensures that each product meets the highest educational standards. The TorqueMaster 244 is specifically designed to enhance hands-on learning in engineering institutions, vocational training centers, and technical schools worldwide.

Applications:

• Automotive Engineering Education
• Hands-On Demonstrations in Classrooms
• Technical Training Programs
• Research and Development

Q&A Section:

Q: What does the model include for demonstration purposes?
A: The model includes critical components such as a hydraulic torque converter, planetary gear set, and clutches, with color-coded sections for clear identification and understanding.

Q: Is this model suitable for transport within a classroom?
A: Yes, the model is mounted on a tubular frame with wheels, making it easy to move and position as needed.

Q: Can it simulate automatic gear shifting?
A: Yes, the sectioned components and manual operation allow for clear demonstrations of gear shifting and the internal mechanics of automatic transmissions.

Q: What type of maintenance does this model require?
A: The model requires minimal maintenance due to its durable construction, chromium plating, and galvanization, ensuring a long service life.

The TorqueMaster 290 Section Model provides a comprehensive demonstration of both two-stroke and four-stroke petrol engine mechanics. Featuring real engine components meticulously sectioned for training purposes, this model highlights essential systems such as carburetion, ignition, and suction-exhaust-transfer channels for an intuitive learning experience.

Professionally painted with color-coded parts, the model allows students to easily identify and understand the functioning of various components. With durable chromium-plated and galvanized parts, the model is built for long-lasting use, making it an ideal choice for educational institutions and technical training centers.

Key Features

• Realistic Representation:
  • Includes detailed sections of two-stroke and four-stroke petrol engines.
  • Highlights suction, exhaust, and transfer channels for easy understanding of the cycles.
• Durable Construction:
  • Chromium-plated and galvanized parts ensure extended lifespan.
  • Professionally painted with vibrant colors for differentiation of components.
• Interactive Design:
  • Operated manually through a crank handle for practical demonstrations.
  • Mounted on a sturdy base for stable and convenient usage.

Specifications

Two-Stroke Engine

• Piston Displacement: 48 cc
• Cooling System: Air-cooled
• Ignition System: Plug point and magnet flywheel ignition
• Carburetor: Box carburetor

Four-Stroke Engine

• Displacement: 160 cc
• Components:
  • Camshaft in the crankcase
  • Overhead valves
  • RPM regulator
  • Oil pump
  • Carburetor, air filter, silencer, and tank

Dimensions and Weight

• Dimensions (L x W x H): 800 x 600 x 650 mm
• Weight: 55 kg

Applications

• Automotive Engineering Training
• Mechanical Workshops
• Demonstrations in Technical Institutions

Why Choose SCIENTICO?

SCIENTICO’s TorqueMaster 290 Section Model offers unparalleled clarity and practicality for understanding two-stroke and four-stroke petrol engine systems. Designed with precision, this model is a valuable addition to automotive training programs, providing hands-on learning for students and professionals alike.

The TorqueMaster 274 Lighting Training Board Simulator is an advanced educational tool designed to provide students and trainees with hands-on learning about automotive lighting systems. This simulator replicates the structure and operation of a vehicle’s lighting system, allowing for in-depth study of its components, electrical signals, and diagnostic procedures.

This robust and portable training system is ideal for technical schools, automotive workshops, and educational institutions to teach lighting system diagnostics, repairs, and testing in a realistic and interactive way.

Key Features:

• Real-Time Diagnostics:
  • Measure electrical signal parameters for lighting system components.
  • Diagnose faults using a 16-pin OBD diagnostic connector.
  • Perform live data analysis and activate system actuators (control unit dependent).
• Educational Utility:
  • Provides a visual aid for understanding lighting systems.
  • Facilitates hands-on training with adjustable headlight beam levels and optional headlight tester integration.
• Functional System:
  • Fully operational lighting system for detailed practical demonstrations.
  • Electric wiring diagram with banana plug jumpers for easy connection and measurement.
• Built for Training:
  • Mobile aluminum frame for ease of use and portability.
  • Includes a 12V battery, power supply unit (220V/12V), and automotive oscilloscope.

Specifications:

• System: Fully functional lighting system installed on a mobile aluminum frame.
• Control Unit: Electronic Control Unit (ECU) with fault reading/erasing and identification capabilities.
• Adjustable Beam Levels: Front headlight motors allow beam adjustments.
• Diagnostic Tools: Equipped with an OBD 16-pin connector and automotive oscilloscope for real-time analysis.
• Power Supply: Operates on a 12V battery with an additional 220V/12V power supply unit.

Dimensions and Weight:

• Dimensions (L x W x H): 1800 x 1400 x 500 mm
• Weight: 80 kg

Applications:

• Automotive Lighting System Diagnostics and Testing
• Vocational Training and Education
• Technical Workshops and Demonstrations
• Practical Training for Automotive Repair

Why Choose SCIENTICO?

SCIENTICO’s TorqueMaster 274 Lighting Training Board Simulator provides an unmatched combination of functionality, durability, and ease of use. Designed for educational excellence, it equips trainees with real-world skills in automotive lighting system diagnostics and maintenance. Its robust design and comprehensive features make it a preferred choice for training centers and automotive schools.

The TorqueMaster 352 Suspension and Steering Trainer by SCIENTICO is a meticulously designed educational tool for teaching the basics of alignment geometry and the operation of a MacPherson strut suspension system with rack & pinion steering. This trainer is ideal for classroom demonstrations and hands-on practice, enabling students to study and adjust suspension and steering components without requiring an actual vehicle or additional power sources.

Equipped with movable turntables and a magnetic alignment-measuring gauge, this model allows students to measure, adjust, and observe alignment angles such as caster, camber, and toe. Additionally, the trainer provides insights into braking system components, making it a comprehensive teaching aid for automobile engineering students.

FEATURES

• Classroom-Friendly Design:
  Operates without electricity, air, or hydraulics, making it perfect for indoor teaching environments.
• Complete Visibility:
  Demonstrates the full range of motion for all suspension and steering components.
• Hands-On Learning:
  Allows students to perform alignment adjustments, observe changes, and understand the effects on vehicle geometry.
• Safety First:
  Includes a custom plastic coil spring to eliminate risks associated with high-pressure MacPherson springs.
• Interactive Adjustments:
  Features manual adjustments for creating uneven load conditions and simulating worn components.
• Quick Disconnect Sway Bar:
  Enables students to easily disconnect the stabilizer bar for alignment adjustments.

SPECIFICATIONS

• Components:
  • MacPherson strut suspension system.
  • Rack & pinion steering system.
  • Front disc brakes for visual demonstration.
• Key Features:
  • Alignment adjustment tools for caster, camber, and toe.
  • Manual adjustments for simulating abnormal conditions.
  • Steering wheel with tie-rod ends and toe adjustment functionality.
• Material:
  High-quality, durable construction with a focus on safety and longevity.

DIMENSIONS AND WEIGHT

• Dimensions (approx.): 1400 x 1200 x 1400 mm.
• Weight (approx.): 165 kg.

WHY CHOOSE SCIENTICO?
SCIENTICO is a trusted manufacturer and exporter of automobile engineering lab equipment. The TorqueMaster 352 offers a practical and safe way to teach suspension and steering systems, empowering students with real-world automotive skills.

Q&A

Q: Does the trainer require power to operate?
A: No, this model does not require electricity, air, or hydraulics, making it perfect for classroom use.

Q: What alignment angles can students adjust with this trainer?
A: Students can practice adjusting and measuring caster, camber, and toe angles.

Q: Is the trainer portable?
A: Yes, the trainer is built on a sturdy frame, making it suitable for transport within classroom or lab environments.

Q: Does SCIENTICO ship internationally?
A: Yes, SCIENTICO is a leading exporter of high-quality lab equipment to educational institutions worldwide.

The TorqueMaster 204 Alternator Trainer by SCIENTICO is a cutting-edge training tool designed for automobile engineering labs. As a lab equipment manufacturer, we provide top-quality products that facilitate comprehensive learning experiences. This externally regulated alternator trainer allows instructors to effectively demonstrate the operation of automotive charging systems with external voltage regulation.

Equipped with a detailed synoptic diagram and clear control layouts, the TorqueMaster 204 Alternator Trainer simplifies the complex concepts of automotive charging systems for students. This versatile trainer also includes essential safety features, ensuring a secure and reliable learning environment for both instructors and students.

Ideal for practical learning, this trainer consists of an alternator, an AC-driven motor, a drive belt, a battery terminal block, a voltage regulator, and all necessary wiring. As an automobile engineering lab equipment exporter, SCIENTICO ensures that each unit meets international safety and operational standards, making it a preferred choice in educational institutions globally.

The TorqueMaster 204 Alternator Trainer is designed to help students understand the intricacies of charging systems with external regulation and provides a hands-on experience in diagnosing and testing procedures.

Key Features:

• Driven by a 120VAC electric motor for reliable operation.
• Built-in voltmeter and ammeter for accurate measurement.
• Protective cover to ensure safety during operation.
• External voltage regulation for real-world application.
• Includes test points for effective diagnosis and troubleshooting.

Why Choose SCIENTICO?

As a leading automobile engineering equipment manufacturer, SCIENTICO is committed to providing high-quality training solutions that cater to the evolving needs of technical education. With our TorqueMaster series, you gain access to innovative, durable, and globally recognized products designed to enhance learning in the field of automobile engineering.

Specifications:

• Driven by 120VAC electric motor
• Built-in voltmeter and ammeter
• Drive belt enclosed in a safety shield
• Test points for diagnosis
• External voltage regulation

Dimensions and Weight:

• Dimensions (L x W x H): 800 x 600 x 500 mm
• Weight: 65kg

Q&A Section:

Q: What is the purpose of the TorqueMaster 204 Alternator Trainer?
A: The TorqueMaster 204 is designed to demonstrate the operation of automotive charging systems, providing hands-on experience in diagnosing and understanding external voltage regulation.

Q: How does SCIENTICO ensure the quality of the Alternator Trainer?
A: SCIENTICO, as an established automobile engineering lab equipment manufacturer, ensures high manufacturing standards and rigorous quality control, making the TorqueMaster 204 a reliable and durable training solution for educational institutions worldwide.

Q: Can this trainer be used for international students and institutions?
A: Yes, as a trusted automobile engineering lab equipment exporter, SCIENTICO’s products comply with international standards, making them ideal for global use.

Q: Does the trainer include safety features?
A: Absolutely. The TorqueMaster 204 comes with a protective cover and safety shield around the drive belt, ensuring safe operation during practical demonstrations

The TorqueMaster 208 ABS Braking System Training Board Simulator by SCIENTICO is a cutting-edge, fully functional educational tool designed to showcase the operation of the ABS (Anti-lock Braking System) in a highly realistic and interactive manner. This training board-simulator is installed on a mobile aluminum frame, making it easy to transport and use in various educational settings. As a trusted automobile engineering lab equipment manufacturer, SCIENTICO ensures that the TorqueMaster 208 is built with precision and incorporates actual automobile components for the most authentic learning experience.

The TorqueMaster 208 allows students to explore and understand the structure, operation, and diagnostic procedures of an ABS braking system. With its fully functional components, this simulator is ideal for teaching students the intricacies of modern automotive braking systems.Key Features:

• Electric wiring diagram with built-in banana plug jumpers for measurements and simulation of fault codes.
• Fully functional ABS braking system with visible components for easy understanding.
• Cross-diagonal hydraulic braking system featuring front and rear discs with calipers.
• Functional parking brake, brake booster, and electronic ABS system.
• Installed pressure gauges for monitoring the pressure in the brake circuit of each wheel.
• On-board diagnostic capabilities with OBD 16-pin connector for diagnosing fault codes and reading live data.
• Driving mode simulation to enhance student learning with real-world scenarios.
• Ideal for brake system repair and service training.

Why Choose SCIENTICO?

As a leading automobile engineering lab equipment manufacturer, SCIENTICO is committed to producing innovative training solutions that bridge the gap between theoretical learning and real-world application. Our products, such as the TorqueMaster 208, are designed to provide practical, hands-on learning experiences, ensuring that students gain the knowledge and skills required for success in the automotive industry.

Specifications:

• Fully functional ABS braking system with pressure gauges for monitoring individual wheel pressures.
• Original hydraulic brake system with brake drums and pads to demonstrate pressure rise and braking moments.
• Power options: 12 V Battery or 220/12 V power supply unit.
• Automotive oscilloscope for accurate diagnostics.
• OBD Diagnostic scan tool for system diagnostics and fault code management.

Dimensions and Weight:

• Dimensions (L x W x H): 1360 x 550 x 1800 mm
• Weight: 60kg

Q&A Section:

Q: What can students learn from using the TorqueMaster 208 ABS Braking System Training Simulator?
A: The TorqueMaster 208 helps students understand the structure and components of an ABS braking system, perform tests and diagnostics, and simulate fault codes, preparing them for real-world automotive repair and service.

Q: How does the onboard diagnostic feature work?
A: The simulator comes with an OBD 16-pin diagnostic connector, allowing students to diagnose the system, read and erase fault codes, and monitor live data from the electronic control unit (ECU).

Q: Can the TorqueMaster 208 be used for both learning and practical service training?
A: Yes, the TorqueMaster 208 is ideal for both educational purposes and mechanical service and repair training, providing a comprehensive learning experience.

The TorqueMaster 212 Air Bag Trainer by SCIENTICO is a sophisticated training tool designed to provide students with a hands-on understanding of the fundamental operations of airbag systems as used in modern vehicles. Built with Original Equipment Manufacturer (OEM) components, this trainer mimics the operation of real vehicle airbag systems. The difference is that a light is used to simulate the deployment of the airbag, making it a safe and educational tool for automotive engineering students.

As a trusted automobile engineering lab equipment manufacturer, SCIENTICO ensures that the TorqueMaster 212 provides a realistic learning experience. This trainer allows students to explore the structure of the airbag system, learn about various operational settings, and apply diagnostic methods using an OBDII diagnostic scan tool. The built-in lockable manual fault box adds further value by enabling students to experiment with fault detection and resolution.

Key Features:

• Demonstrates complete SRS (Supplemental Restraint System) function, providing an in-depth learning experience for students.
• Full OEM diagnostic functionality supporting OBDII scan tool readouts and OEM DTC’s for realistic system diagnostics.
• Instrumentation for demonstrating airbag deployment, ensuring a hands-on, practical experience.
• The steering wheel can be safely removed and reinstalled during diagnosis or system testing.
• Integrated SRS breakout box with test points for all terminals, sized for standard meter leads.
• Manual fault box for simulating 10 faults within the SRS control module to help students practice fault detection and troubleshooting.

Why Choose SCIENTICO?

As an established automobile engineering lab equipment exporter, SCIENTICO is committed to delivering high-quality, reliable, and educational products like the TorqueMaster 212 Air Bag Trainer.  The TorqueMaster series is a testament to SCIENTICO’s dedication to creating industry-leading training solutions.

Specifications:

• Operable real air bag system demonstrating the structure and function of the system.
• Simulates a traffic accident where the left and right air bags inflate for educational purposes.
• Built with advanced aluminum and plastic components for durability and long-lasting use.
• Equipped with a diagnosis socket for connecting to an automobile decoder, enabling students to read and clear fault codes.
• Powered by 220V AC voltage, converted to 12V DC to protect against short circuits.
• Integrated SRS breakout box for in-depth system testing and diagnostics.
• Includes a manual fault box for simulating faults in the SRS control module.

Dimensions and Weight:

• Dimensions (L x W x H): 1200 x 800 x 1400 mm
• Weight: 85kg

Q&A Section:

Q: How does the TorqueMaster 212 Air Bag Trainer simulate airbag deployment?
A: The trainer uses a light to simulate airbag deployment, providing students with a safe and realistic demonstration of how airbag systems function during a collision.

Q: Can this trainer be used for diagnostic training?
A: Yes, the TorqueMaster 212 supports OBDII scan tool functionality, enabling students to read fault codes, erase codes, and diagnose system issues just as they would in a real vehicle.

Q: Is the TorqueMaster 212 suitable for international educational institutions?

A: Yes, SCIENTICO is a leading automobile engineering lab equipment exporter, ensuring our products, including the TorqueMaster 212, are of the highest quality and meet international standards for education and training.

The TorqueMaster 216 Car Steering Trainer by SCIENTICO is a comprehensive and highly functional training tool designed for students to explore and understand the critical components of a light vehicle steering and suspension system. This real-component trainer is mounted on a movable, steel frame, allowing for easy access and identification of each component. It serves as an essential educational tool for automotive engineering students, providing them with hands-on experience and a thorough understanding of steering and suspension systems.

As a leading automobile engineering lab equipment manufacturer, SCIENTICO’s TorqueMaster 216 is equipped with all the vital parts of a steering and suspension system, including front wheel assemblies, MacPherson strut and coil spring assemblies, road wheels, and a power steering rack. Key Features:

• Steering and suspension system trainer with real components for hands-on demonstrations.
• Ability to disassemble, inspect, and reassemble the rack and pinion steering gear, providing practical experience in system maintenance.
• Inspect and replace manual or power rack and pinion steering gear, inner track rod ends, and gaiters.
• Diagnose and manage power steering fluid leakage and assess fluid levels and condition.
• Remove, inspect, and replace power steering pump, mounts, seals, pump belt, and pump pulley for complete system servicing.
• Inspect, replace, and adjust track rod ends, track rod sleeves, and clamps for optimal system performance.
• Remove, inspect, and install upper and lower wishbones, bushes, shafts, and rebound bumpers.
• Inspect, remove, and replace dampers, providing students with essential suspension system training.

Why Choose SCIENTICO?

As an established automobile engineering lab equipment exporter, SCIENTICO is dedicated to providing high-quality, practical, and innovative training equipment like the TorqueMaster 216.. With TorqueMaster series products, you can be assured of reliable, durable, and industry-standard training solutions that bridge the gap between theoretical knowledge and real-world application.

Specifications:

• Front suspension, steering motor, and pressure gauge to demonstrate system functionality and diagnostics.
• Power steering pump and motor power: 1.5 kW.
• Power supply: AC 220V/50Hz for versatile power options.
• Mobile stand for easy transportation and demonstration setup.

Dimensions and Weight:

• Dimensions (L x W x H): 2000 x 1100 x 1300 mm
• Weight: 130kg

Q&A Section:

Q: Can the trainer be used to teach power steering diagnosis?
A: Yes, the TorqueMaster 216 allows students to diagnose and repair power steering fluid leakage, inspect fluid levels, and replace power steering pumps and related components, providing a complete learning experience.

Q: Is this trainer suitable for global educational institutions?
A: Absolutely! As an automobile engineering lab equipment manufacturer and exporter, SCIENTICO ensures that the TorqueMaster 216 complies with international standards, making it ideal for educational institutions worldwide.

Q: How does the TorqueMaster 216 contribute to mechanical service and repair training?
A: This trainer provides students with hands-on experience in disassembling, inspecting, and reassembling various components of the steering and suspension system, making it perfect for both educational and service training environments.

The TorqueMaster 228 Cut Model of Self Starting System by SCIENTICO is a hands-on educational tool designed to demonstrate the inner workings of a self-starting system using real-world components. This cutaway model allows students to visually observe the key components of a starter system while maintaining its full functionality. Perfect for automotive training, this model showcases the operation of the starting system, including the planetary gear reduction and associated electrical circuits.

As a leading automobile engineering lab equipment manufacturer, SCIENTICO ensures that the TorqueMaster 228 offers students a safe, practical learning experience. The model is enclosed in Plexiglas for safety, while the detailed construction allows for observation of the starter components in action.

Key Features:

• Fully functional cutaway starter that demonstrates the operation of an internal combustion engine’s starting system.
• Real-world components used in the construction of the starter, allowing for hands-on learning.
• Plexiglas enclosure ensures student safety during operation while allowing full visibility of internal starter components.
• Demonstrates starter planetary gear reduction, a crucial part of the starting system’s mechanical function.
• Ability to test and verify a basic starting circuit, helping students gain hands-on experience with electrical components.
• Fault simulation with the ability to insert four operational faults to promote diagnostic troubleshooting skills.
• Solenoid bridging option with a remote starter switch (not included), enabling testing of solenoid operation.

Why Choose SCIENTICO?

As a trusted automobile engineering lab equipment exporter, SCIENTICO provides high-quality, educational tools that enhance the learning experience. The TorqueMaster 228 is ideal for institutions looking to equip their students with practical knowledge of automobile starting systems, from electrical components to mechanical operation.

Specifications:

• Fully functional starter system with key components that can be observed while in operation.
• Fault box with 4 faults to allow students to practice diagnostics and troubleshooting.
• Ignition switch, clutch switch, relay, and circuit breaker included for a complete system demonstration.
• Plexiglas enclosure for safety while observing live operations.
• 12V battery or jump box required for operation.

Dimensions and Weight:

• Dimensions (L x W x H): 550 x 400 x 300 mm
• Weight: 20kg

Q&A Section:

Q: What components can be observed in the TorqueMaster 228 Cut Model of Self Starting System?
A: The cutaway starter allows students to observe all internal components, including the starter motor, planetary gear reduction, ignition switch, and solenoid, while still maintaining full functionality.

Q: How does the TorqueMaster 228 help with diagnostic training?
A: The model includes a fault box with 4 operational faults, promoting student troubleshooting and diagnostic skills. Students can test and verify the starting circuit and learn how to diagnose common starter issues.

Q: Is the TorqueMaster 228 safe to use in classroom environments?
A: Yes, the model is enclosed in Plexiglas, ensuring student safety while allowing full visibility of the starter system’s operation. It is designed for hands-on learning in a controlled environment.

Q: What additional equipment is required for operation?
A: The TorqueMaster 228 requires a 12V battery or jump box for operation. 

The TorqueMaster 236 Cut Section Model of Four-Stroke Petrol Engine by SCIENTICO is an advanced educational tool meticulously designed for in-depth training on petrol engine mechanics. This model is expertly sectioned to reveal the internal construction and operational details of a four-stroke petrol engine. Each component, including valves, pistons, camshaft, crankshaft, pumps, and more, is clearly visible and professionally painted in distinct colors to simplify identification.

The model highlights key systems such as lubrication, fuel supply, and cooling mechanisms, providing students with practical insights into engine operation. Mounted on a robust iron frame and featuring a manually operated crank handle, this cutaway engine is ideal for hands-on demonstrations in engineering labs.

As a leading automobile engineering lab equipment manufacturer and exporter, SCIENTICO ensures this model is durable, functional, and precisely crafted to meet the needs of modern educational institutions worldwide.

Key Features:

• Manually Operated: A crank handle allows for a functional demonstration of the engine’s moving parts.
• Enhanced Visibility: Clearly sectioned components with color-coded identification for easy understanding of individual systems and mechanisms.
• Real-World Components: Features original parts like the flywheel, valves, pistons, camshaft, and crankshaft.
• Durable Design: Mounted on a sturdy iron frame with chromium-plated and galvanized parts for extended life.
• Comprehensive Learning Tool: Offers insights into the lubrication circuit, fuel system, and cooling system, making it an ideal choice for automotive and mechanical engineering courses.

Specifications:

• Displacement: 160cc
• Power Output: 6 hp
• Key Components:
  • Camshaft in crankcase
  • Overhead valves
  • RPM regulator
  • Oil pump
  • Carburetor
  • Air filter
  • Silencer
  • Tank
• Operation: Manual (via crank handle)

Dimensions and Weight:

• Dimensions (L x W x H): 500 x 500 x 600 mm
• Weight: 35 kg

Why Choose SCIENTICO?

SCIENTICO is a trusted manufacturer and exporter of automobile engineering lab equipment, renowned for delivering innovative and reliable solutions. The TorqueMaster 236 Cut Section Model of Four-Stroke Petrol Engine is crafted to enhance student understanding of engine mechanics, making it an essential addition to any engineering training facility.

Q&A Section:

Q: What is the purpose of the cut section in this model?
A: The cut section allows students to observe the internal construction and functionality of the four-stroke petrol engine, including moving parts like the camshaft, pistons, and crankshaft.

Q: Is the model suitable for hands-on training?
A: Yes, the model is manually operated using a crank handle, providing students with a hands-on experience of engine operations.

Q: How durable is this model?
A: The model is mounted on a sturdy iron frame with chromium-plated and galvanized parts, ensuring long-lasting use.

Q: Can this model help in understanding the lubrication and cooling systems?
A: Absolutely. The model is designed to demonstrate lubrication circuits, fuel systems, and cooling mechanisms in detail.

Q: What type of educational institutions is this model suitable for?
A: This model is ideal for automotive and mechanical engineering labs, vocational training centers, and institutions offering hands-on technical education.

The TorqueMaster 220 Cut Model of Planetary Gear System by SCIENTICO is a detailed and informative model designed to provide students with a clear and practical understanding of the workings of a planetary gear system. This model serves as an excellent educational tool in the study of gear mechanisms, specifically used in automotive transmissions, shipbuilding, turbines, and general mechanical engineering applications.

As a trusted automobile engineering lab equipment manufacturer, SCIENTICO’s TorqueMaster 220 is built using original industrial components, making it both functional and educational. The cutaway design of this model allows students to observe the inner workings of the gear system while also gaining insight into its practical applications. The TorqueMaster 220 is ideal for those looking to study the principle of operation and design of planetary gears used in automatic transmissions and other mechanical systems.

Key Features:

• Original industrial components used to ensure high-quality and accurate representation of the planetary gear system.
• Hand-powered cutaway model that allows for demonstration of the gear system’s function and its mechanical processes.
• Visible active parts for easy observation of the inner components while retaining full mechanical functionality.
• Demonstrates the principle of operation of a planetary gear and its various gearshift possibilities.
• Educational tool for demonstrating complex machine elements in a practical, hands-on environment.
• Equipped with practical drawings and a technical description that comply with engineering standards for use in teaching.

Why Choose SCIENTICO?

As an established automobile engineering lab equipment exporter, SCIENTICO provides high-quality training solutions that bridge the gap between theory and practice. The TorqueMaster 220 is an ideal addition to any engineering curriculum, offering students hands-on experience with one of the most important gear systems in modern engineering.

Specifications:

• Original components that are fully functional and cut away to reveal their inner workings.
• Mounted securely on a base plate with handles for easy handling and mobility.
• Powered manually to demonstrate the mechanical functionality of the planetary gear system.
• Comes with engineering drawings and technical descriptions to aid in the learning process.

Dimensions and Weight:

• Dimensions (L x W x H): 450 x 400 x 300 mm
• Weight: 10kg

Q&A Section:

Q: What is included in the TorqueMaster 220 Cut Model of Planetary Gear System?
A: The model includes original industrial components that are sectioned to reveal the inner workings of the planetary gear system. It is hand-powered and designed to demonstrate the system’s function and gear-shifting possibilities.

Q: How does the TorqueMaster 220 help students understand planetary gears?
A: The cutaway model clearly shows the active parts of the planetary gear system while maintaining its mechanical functionality. This allows students to observe the interaction of the sun gear, planet gears, and ring gear in real-time.

Q: Is the TorqueMaster 220 suitable for educational institutions globally?
A: Yes, as a renowned automobile engineering lab equipment manufacturer and exporter, SCIENTICO ensures the TorqueMaster 220 meets international standards, making it ideal for educational institutions worldwide.

Q: How is the model powered?
A: The TorqueMaster 220 is a hand-powered cutaway model, allowing instructors to demonstrate the gear system’s 

The TorqueMaster 232 Cut Model of Turbocharger by SCIENTICO is a premium educational tool crafted to demonstrate the functioning and internal structure of turbochargers used in modern automotive systems. This model showcases the components and operational stages, including the air intake, compression impeller, air outlet, exhaust gas outlet, and water cooling channels. Carefully sectioned for enhanced visibility, it provides a practical understanding of how turbochargers boost air intake to increase engine power output.

Turbochargers, a type of supercharger, are driven by a turbine powered by exhaust gases. This cut model allows students to compare turbochargers and mechanically driven superchargers, highlighting their differences and applications in the automotive industry.

As a trusted automobile engineering lab equipment manufacturer and exporter, SCIENTICO delivers innovative and high-quality tools that enhance hands-on learning and technical education.

Key Features:

• Designed for learning: Built with original automotive components, it vividly illustrates the turbocharger's operation.
• Detailed sectioning: Key areas such as the air intake, compression impeller, and water cooling channels are exposed for easy observation.
• Enhanced durability: Painted with high-quality automotive paints for long-lasting clarity and professional appearance.
• Practical insight: Demonstrates how exhaust gases drive the turbine to boost air intake, enhancing engine performance.

Why Choose SCIENTICO?

SCIENTICO is a renowned automobile engineering lab equipment exporter, specializing in providing state-of-the-art educational tools like the TorqueMaster 232 Cut Model of Turbocharger. Our equipment is tailored to meet the learning needs of students, offering practical exposure to modern engineering concepts.

Specifications:

• Components Displayed:
  • Air intake
  • Compression impeller
  • Air outlet
  • Exhaust gas outlet
  • Water cooling channels
• Material: Original automotive components
• Finish: Automotive paints on sectioned parts for durability and easy identification

Dimensions and Weight:

• Dimensions (L x W x H): 400 x 400 x 300 mm
• Weight: 14 kg

Q&A Section:

Q: What can students learn from the TorqueMaster 232 Cut Model of Turbocharger?
A: This model helps students understand how turbochargers function, including air intake compression, exhaust gas utilization, and cooling mechanisms, as well as their role in enhancing engine performance.

Q: Is this model suitable for advanced automotive engineering courses?
A: Yes, the model provides a detailed view of a turbocharger’s structure and operation, making it ideal for advanced automotive and mechanical engineering training.

Q: How does this turbocharger differ from a standard supercharger?
A: Unlike a supercharger, which is mechanically driven by the engine, this turbocharger is powered by exhaust gases. The model demonstrates this difference effectively.

Q: Is the model durable for long-term classroom use?
A: Absolutely. It is built with real automotive components and painted with high-quality automotive paints for durability and prolonged use.

The TorqueMaster 248 Cut Model of Common Rail Turbo Diesel Engine, brought to you by SCIENTICO, is a meticulously sectioned training tool designed to demonstrate the internal workings of a diesel engine. This hands-on model highlights key components such as valves, pistons, pumps, the crankshaft, and the camshaft, all carefully painted in distinct colors for easy differentiation.

Built from a full-size, operational diesel engine, this cutaway model offers students a clear view of the engine's structure and functionality, making it ideal for classroom demonstrations. Its sturdy iron frame ensures durability, while its chromium-plated and galvanized components guarantee a long service life. Supplied with detailed technical literature and a key card, this model is a perfect addition to engineering and vocational training programs.

Key Features:

• Real-World Component Integration: Crafted from an actual 4-stroke, common rail turbo diesel engine for accurate representation.
• Color-Coded Details: Cross-sections, lubricating circuits, and fuel systems are distinctly painted for clear identification.
• Educational Focus: Demonstrates the function of vital engine components like valves, pistons, and camshaft.
• Durable Construction: Chromium-plated and galvanized parts for long-lasting use.
• Sturdy Frame: Mounted on a robust iron base for stability and ease of use.
• Manual Operation: Operated via a crank handle, enabling hands-on interaction.

Specifications:

• Engine Type: 4-stroke, 4-cylinder inline engine
• Displacement: 1300 cc
• Injection System: VE Bosch type rotary injection pump with indirect injection
• Cooling System: Water-cooled with thermostatic valve
• Drive System: Overhead camshaft (OHC) with distribution through a toothed belt
• Additional Components: Alternator, Flywheel
• Power Output: 45 HP

Dimensions and Weight:

• Dimensions (L x W x H): 950 x 650 x 800 mm
• Weight: 160 kg

Applications:

• Automotive Engineering Education
• Technical and Vocational Training Centers
• Classroom Demonstrations
• Research and Development

Why Choose SCIENTICO?

SCIENTICO is a trusted manufacturer and exporter of automotive training equipment, specializing in high-quality, durable, and educational tools. The TorqueMaster 248 model is engineered to simplify complex mechanical concepts, enhancing the learning experience for students and professionals alike.

Q&A Section:

Q: What is the purpose of this model?
A: The model is designed to visually demonstrate the internal mechanics of a common rail turbo diesel engine, aiding in technical education and practical training.

Q: Is this model portable?
A: While sturdy and durable, the model's compact dimensions and manageable weight make it relatively easy to transport within training facilities.

Q: What additional materials are included?
A: Each model comes with a key card and detailed technical literature to support demonstrations and learning.

Q: Can the model demonstrate actual engine functionality?
A: Yes, the manually operated crank handle allows for hands-on demonstrations of engine mechanisms, enhancing understanding.

The TorqueMaster 256 Cut Model of Rear Axle with Locking Differential by SCIENTICO is a meticulously designed and sectioned training tool, engineered to offer clear visualization and understanding of the rear axle assembly with a locking differential mechanism. Professionally painted with distinct color coding, this model highlights various components and systems, ensuring an enhanced learning experience.

Mounted on a robust tubular frame, the model features electroplated hardware for extended durability. The Miracle coating adds an extra layer of gloss and protection, making it ideal for classroom demonstrations and technical training. This interactive tool enables students and trainees to manually operate the system for practical and hands-on learning.

Key Features:

• Detailed Cutaway Design: Displays all key components, including bevel gear, differential, and axle shafts, for easy understanding of internal mechanisms.
• Color-Coded Components: Differentiates parts and mechanisms for clear identification and simplified teaching.
• Manual Operation: Equipped with a crank handle to allow hands-on interaction and demonstration.
• Durable Construction: Chromium-plated and galvanized parts ensure long-lasting performance.
• Educational Focus: Designed specifically for technical training and understanding rear axle mechanisms with a locking differential.

Specifications:

• Main Components Include:
  • Bevel gear (pinion-crown)
  • Differential (satellite and planetary) with locking differential
  • Axle shafts
  • Reducer and planetary on the hub
  • Brakes with jaws/drum
  • Double air brake element
• Operation: Manual (via crank handle)
• Finish: Miracle-coated, color-coded sections for clarity
• Base Layout: Mounted on a sturdy tubular frame

Dimensions and Weight:

• Dimensions (L x W x H): 950 x 500 x 450 mm
• Weight: 205 kg

Applications:

• Automotive Engineering Training
• Vocational and Technical Education
• Research and Development
• Classroom Demonstrations

Why Choose SCIENTICO?

With a commitment to precision and quality, SCIENTICO is a leading manufacturer and exporter of lab and training equipment, specializing in advanced training tools like the TorqueMaster 256. Our products are designed to enhance learning, making complex engineering concepts accessible and engaging.

The TorqueMaster 260 Cut Model of Single Cylinder Four Stroke Diesel Engine by SCIENTICO is an expertly crafted training tool designed to provide in-depth understanding of the internal mechanics and operational principles of a diesel engine. This cutaway model highlights all critical components, including valves, pistons, pumps, crankshaft, camshaft, and more. Each section is professionally painted with vibrant color coding for enhanced clarity and visual differentiation of systems, including lubrication, fuel, and cooling circuits.

Built for longevity and durability, the model features chromium-plated and galvanized parts and is mounted on a robust iron frame. It is operated manually using a crank handle, making it ideal for hands-on demonstrations and practical learning in engineering training programs.

Key Features:

• Detailed Cutaway Design: Sectioned to display all internal components and circuits for effective teaching and learning.
• Color-Coded Parts: Differentiates systems and mechanisms for easy identification and better comprehension.
• Manual Operation: Includes a crank handle for interactive demonstrations.
• Durable Build: Chromium-plated and galvanized components ensure extended life and reliability.
• Educational Tool: Designed for technical training to provide a comprehensive understanding of diesel engine operations.

Specifications:

• Engine Type: Single Cylinder, Four-Stroke Diesel Engine
• Displacement: 210 cc
• Power Output: 4 HP, Direct Injection
• Features:
  • Camshaft in the crankcase
  • Overhead camshafts
  • RPM regulator
  • Toroidal oil pump
  • Injection pump
  • Injector and silencer
• Operation: Manual (via crank handle)
• Finish: Professionally painted with Miracle coating for a glossy finish

Dimensions and Weight:

• Dimensions (L x W x H): 500 x 500 x 600 mm
• Weight: 45 kg

Applications:

• Engineering Training Programs
• Vocational and Technical Education
• Classroom Demonstrations
• Research and Development

Why Choose SCIENTICO?

SCIENTICO is a trusted manufacturer and exporter of lab and training equipment, delivering innovative tools like the TorqueMaster 260 to enhance technical education. Our products combine precision engineering with durability to create engaging and effective training solutions.

The TorqueMaster 264 Cutaway Model of Single Cylinder Four Stroke Petrol Engine is a meticulously crafted training aid by SCIENTICO, designed to provide an in-depth understanding of engine components and their functionality. This model is professionally sectioned and color-coded, highlighting key elements such as the lubricating circuits, fuel system, cooling system, and more. Its design simplifies technical education and offers a hands-on learning experience.

Mounted on a sturdy iron frame, the engine can be manually operated with a crank handle, making it ideal for demonstrating the operation of essential components like valves, pistons, pumps, and the camshaft. The durable build, with chromium-plated and galvanized parts, ensures longevity and reliability for consistent use in training environments.

Key Features:

• Detailed Cutaway Design: Showcases internal construction for comprehensive learning.
• Color-Coded Components: Simplifies the identification of parts and systems.
• Manual Operation: Includes a crank handle for interactive training.
• Durable Construction: Chromium-plated and galvanized components for extended lifespan.
• Educational Focus: Demonstrates the working of critical components such as pistons, crankshaft, camshaft, and more.

Specifications:

• Engine Type: Single Cylinder, Four-Stroke Petrol Engine
• Displacement: 160 cc
• Power Output: 6 HP
• Features:
  • Camshaft in the crankcase
  • Overhead valves
  • RPM regulator
  • Oil pump
  • Carburetor
  • Air filter
  • Silencer
  • Fuel tank
• Operation: Manual (via crank handle)
• Finish: Professionally painted and color-coded for better visualization

Dimensions and Weight:

• Dimensions (L x W x H): 480 x 480 x 500 mm
• Weight: 35 kg

Applications:

• Engineering Education
• Vocational Training
• Classroom Demonstrations
• Technical Research and Development

Why Choose SCIENTICO?

SCIENTICO is a trusted name in the manufacture and export of lab equipment. The TorqueMaster 264 combines precision engineering with practical design, making it an essential tool for enhancing engineering education and technical training.

 

The TorqueMaster 294 Section Vehicle Chassis Trainer is a complete functional chassis derived from an actual vehicle, designed and modified for educational purposes. Featuring an original driver’s seat and all necessary adjustments for axle and wheel alignment, this trainer is ideal for understanding the core structure and mechanics of a vehicle chassis.

Mounted on a sturdy tubular steel frame with wheels for easy mobility, the chassis trainer serves as an invaluable tool for automotive training, allowing students to analyze and work on various components like axles, alignment settings, and suspension systems. Its ability to demonstrate lead, caster, camber, toe, spreading, wheel offset, and thrust angles makes it perfect for advanced mechanical education.

Key Features

• Real Vehicle Chassis:
  • Built from a functional car chassis for hands-on training.
  • Includes original driver’s seat and a rear-mounted push handle for maneuvering.
• Comprehensive Adjustments:
  • Axle adjustments for lead, caster, camber, toe, spreading, wheel offset, and thrust angle.
  • Rear axle features eccentrics and engraved timing marks.
• Durable Construction:
  • Made of tubular steel with square section tubes and crossbars for structural rigidity.
  • Continuously welded joints ensure durability.
• Training Versatility:
  • Operated manually and designed for use on test benches.
  • Suitable for brake system repair, suspension setup, and alignment demonstrations.

Specifications

• Frame Material: Tubular steel with square section tubes.
• Operation: Manual.
• Finish: Available in custom colors for identification and aesthetic purposes.

Dimensions and Weight

• Dimensions (L x W x H): 3200 x 1500 x 900 mm
• Weight: 650 kg

Applications

• Automotive Engineering Training
• Mechanical and Technical Institutions
• Demonstration of Axle, Alignment, and Suspension Systems

Why Choose SCIENTICO?

The TorqueMaster 294 Section Vehicle Chassis Trainer offers unmatched quality and functionality, making it a trusted choice for technical training programs. Built for long-term durability and practical usability, this trainer ensures students gain real-world experience in analyzing and repairing vehicle chassis systems

SCIENTICO, a renowned automobile engineering lab equipment manufacturer and exporter, presents the TorqueMaster 302 Wankel Engine Model. This precision-engineered educational model is designed for classroom demonstrations, offering students and professionals a clear understanding of the internal workings of a Wankel engine.

The model features a rotating triangular rotor (piston) that operates via a driving shaft within the stator, showcasing the engine's distinct phases. To simulate gas ignition during the compression phase, a small bulb illuminates, adding a realistic touch to the learning experience.

Professionally sectioned for training purposes, the model is painted in vibrant colors to differentiate its cross-sections, parts, and fuel system. Chromium plating and galvanization ensure the model's longevity, making it a reliable teaching aid for engineering education.

FEATURES

• Ideal for classroom demonstrations and technical training.
• Cross-sectioned to reveal internal operations clearly.
• Operated manually via a crank handle for simplicity.
• Mounted on a sturdy base with wheels for portability.
• Designed with precision to ensure functional accuracy and durability.

SPECIFICATIONS

• Construction: Light metal for enhanced durability.
• Operation: Manual (crank handle).
• Dimensions (approx.): 350 x 400 x 300 mm.
• Weight (approx.): 7 kg.
• Mounted: On a base with wheels for ease of use.

WHY CHOOSE SCIENTICO?
As a leading automobile engineering lab equipment manufacturer and exporter, SCIENTICO specializes in high-quality, reliable, and innovative training aids. Our TorqueMaster series stands out for its advanced design and educational value, helping institutions around the world train the next generation of engineers.

Q&A

Q: What is the primary purpose of the Wankel Engine Model?
A: This model is designed for educational purposes, offering a detailed demonstration of the internal working mechanism of a Wankel engine, making it ideal for automobile engineering students and training sessions.

Q: Why is this model sectioned and painted?
A: The model is professionally sectioned and painted in distinct colors to help users easily identify various parts, cross-sections, and the fuel system for a better understanding of engine mechanics.

Q: Is the model portable?
A: Yes, the model is mounted on a base with wheels, making it easy to move and use in different classrooms or labs.

Q: Can SCIENTICO export this model internationally?
A: Absolutely. SCIENTICO is a trusted automobile engineering lab equipment exporter, delivering high-quality products worldwide with assured performance and reliability.

Q: What makes SCIENTICO stand out as a manufacturer?
A: SCIENTICO is a leader in the field, known for innovative designs, durable construction, and precision-engineered training aids tailored for engineering education.

SCIENTICO, a trusted automobile engineering lab equipment manufacturer and exporter, introduces the TorqueMaster 306 Working Model of Clutch Type Differential. This educational model demonstrates the principles, operation, and application of a clutch-type limited-slip differential (LSD). Designed with precision, this training aid provides an in-depth view of the clutch-type LSD mechanism, making it an essential tool for automobile engineering education.

The model includes all the components of an open differential with the addition of a spring pack and clutch set. It is professionally cut and painted to showcase the internal structure, allowing learners to differentiate parts, cross-sections, and the fuel system with ease. Chromium plating and galvanization enhance durability, ensuring long-term usability in laboratories and classrooms.

FEATURES

• Demonstrates clutch-type limited-slip differential operation.
• Cross-sectioned parts for a clear view of internal mechanisms.
• Operated manually via a crank handle for simplicity.
• Mounted on a sturdy base with wheels for portability and convenience.
• Fine finish and functional accuracy for reliable demonstrations.

SPECIFICATIONS

• Construction: Light metal for durability and ease of handling.
• Operation: Manual (crank handle).
• Dimensions (approx.): 450 x 400 x 300 mm.
• Weight (approx.): 12 kg.
• Mounted: On a portable base with wheels.

WHY CHOOSE SCIENTICO?
SCIENTICO is a leading automobile engineering lab equipment manufacturer and exporter specializing in high-quality, innovative educational tools. Our TorqueMaster series, including the Clutch Type Differential Model, is designed to meet global standards, ensuring superior performance and longevity.

Q&A

Q: What is the purpose of the Clutch Type Differential Model?
A: This model is designed to demonstrate the working principles and applications of a clutch-type limited-slip differential, ideal for automobile engineering students and training purposes.

Q: How does this model help in understanding the differential mechanism?
A: The cut-away design and color-coded sections provide a clear view of the internal components, allowing users to understand the working of clutch packs, spring mechanisms, and overall operation.

Q: Is this model portable?
A: Yes, the model is mounted on a robust base with wheels, making it easy to transport between classrooms or labs.

Q: Does SCIENTICO export this model internationally?
A: Absolutely. SCIENTICO is a trusted automobile engineering lab equipment exporter, ensuring high-quality products are delivered worldwide with reliable customer support.

Q: What sets SCIENTICO apart as a manufacturer?
A: SCIENTICO's dedication to precision engineering, durability, and innovation makes it a leading automobile engineering equipment manufacturer, trusted by educational institutions globally.

SCIENTICO, a leading automobile engineering lab equipment manufacturer and exporter, proudly introduces the TorqueMaster 310 Working Model of ABS Braking System. This advanced educational model is designed to demonstrate the functionality of a fully operational ABS braking system, as found in modern vehicles.

Built with OEM components, the trainer replicates real-world vehicle ABS systems from 2006 and newer models, offering unparalleled insights into braking principles. The system allows instructors to control wheel lock-up conditions manually and provides students with a hands-on, safe, and effective method to study hydraulic braking systems.

The model is an exceptional teaching aid for understanding ABS operation, hydraulic system structure, component diagnostics, and performing routine service procedures such as hydraulic bleeding, adjustments, and component replacements.

FEATURES

• Includes real automotive components with a functional 4-channel ABS hydraulic system.
• Equipped with a vehicle instrument panel and indicator lamps.
• ABS control unit breakout box for diagnostics using DVOM and Oscilloscope.
• Four hydraulic pressure gauges (one for each wheel).
• Fault insertion box with six lockable faults for troubleshooting.
• Fully functional parking brake system.
• New discs, drums, wheel cylinders, calipers, and friction materials; other components are recycled OEM parts.
• Supports mechanical service and diagnostic procedures, including front disc brakes, rear drum brakes, ABS electrical systems, and more.

SPECIFICATIONS

• Fully functional cross-diagonal hydraulic braking system with ABS.
• Includes a 55A DC power supply.
• Compatible with:
  • Front disc brakes.
  • Rear drum brakes.
  • Master cylinder & hydraulic system (with pedal).
  • ABS electrical system with wheel speed sensors.
  • ABS hydraulic control unit.
  • Parking brake system.
• Power requirements: 110V @ 20 amps or 220V @ 10 amps (specify when ordering).
• Mounted on a sturdy, powder-coated metal stand with two locking swivel and two fixed casters.
• Dimensions (approx.): 800 x 800 x 1200 mm.
• Weight (approx.): 65 kg.

WHY CHOOSE SCIENTICO?
As a trusted automobile engineering lab equipment exporter and manufacturer, SCIENTICO is committed to providing innovative, durable, and high-performing educational tools. The TorqueMaster series, including this ABS braking system model, is designed to meet the highest standards of engineering education.

Q&A

Q: What is the primary purpose of the ABS Braking System Model?
A: This model demonstrates the working principles and functionality of a fully operational ABS braking system, helping students understand hydraulic and electrical systems used in modern vehicles.

Q: What makes this model ideal for educational purposes?
A: It features real automotive components, a fault insertion box for troubleshooting, and detailed hydraulic pressure gauges, providing hands-on training for students in a classroom setting.

Q: Can this model simulate wheel lock-up scenarios?
A: Yes, instructors can manually select wheel combinations for lock-up simulations, offering realistic demonstrations of ABS functionality.

Q: Is this model portable?
A: Yes, the system is mounted on a robust powder-coated metal stand with swivel and fixed casters, ensuring mobility within labs and classrooms.

Q: Does SCIENTICO export this product internationally?
A: Absolutely. As a renowned automobile engineering lab equipment exporter, SCIENTICO delivers this model globally, ensuring high-quality products and reliable customer service.

SCIENTICO, a trusted automobile engineering lab equipment manufacturer and exporter, introduces the TorqueMaster 314 Working Model of Drive Shaft. This advanced educational model is designed to illustrate the complex acceleration and deceleration effects that occur in revolving universal joints and drive shafts operating at various angles.

The model highlights how the input driveshaft, rotating at a constant speed, results in a variable speed at the output driveshaft depending on the angle between the two. This effect, leading to vibrations and wear over time, is magnified as the angle increases, making it a perfect demonstration tool for automobile engineering students.

The drive shaft, also known as the propeller shaft or cardan shaft, transmits power from the gearbox to the rear axle. This model showcases both one-piece and two-piece shaft constructions, with the two-piece version supported at the midpoint by a rubber-mounted bearing. Additionally, it covers short drive shafts for both front- and rear-wheel drive layouts, transmitting power from the final drive assembly to the road wheels.

FEATURES

• Driven by an electric motor for smooth and accurate operation.
• Universal shaft adjustment system for varying angles.
• Visual indicators for demonstrating the impact of speed variations.
• Audible speed change demonstration using toothed wheels for clear understanding.

SPECIFICATIONS

• Fully functional drive shaft system installed on a mobile, solid frame.
• Adjustable driveshaft angles for demonstrating variable speed effects.
• Power requirements: 230V, 50Hz, 1-phase.
• Dimensions (approx.): 800 x 500 x 600 mm.
• Weight (approx.): 45 kg.

WHY CHOOSE SCIENTICO?
As a premier automobile engineering lab equipment exporter and manufacturer, SCIENTICO is committed to delivering innovative and durable educational tools. The TorqueMaster 314 is part of our advanced range, designed to simplify complex mechanical principles and provide hands-on learning experiences for engineering students.

Q&A

Q: What is the purpose of the Drive Shaft Model?
A: This model is designed to help students understand the acceleration and deceleration effects in universal joints and drive shafts, particularly how varying angles influence speed and lead to vibrations and wear.

Q: What makes this model effective for educational purposes?
A: The model features adjustable driveshaft angles, visual indicators, and an electric motor, making it easy for students to grasp the mechanical concepts of drive shaft operation.

Q: Can the model demonstrate speed variations audibly?
A: Yes, the model uses toothed wheels to audibly demonstrate the changes in speed caused by different driveshaft angles.

Q: Is this model portable for classroom use?
A: Yes, the model is mounted on a mobile solid frame, allowing for easy transportation between classrooms or labs.

Q: Does SCIENTICO export this model worldwide?
A: Yes, SCIENTICO is a well-established automobile engineering lab equipment exporter, ensuring that high-quality products like the TorqueMaster 314 are available globally with excellent customer service

SCIENTICO, a premier automobile engineering lab equipment manufacturer and exporter, presents the TorqueMaster 318 Working Model of Gear Box With Clutch. This educational model is expertly designed to demonstrate the operation of a gearbox with a clutch system, making it ideal for hands-on learning in the classroom.

The cutaway design of the model, professionally sectioned and painted, allows students to clearly see the internal components and their operations. The gearbox enables a selection of gears suitable for various driving conditions such as standing starts, hill climbing, and cruising on level roads. The model also illustrates how lower gears result in slower road wheel speeds relative to engine speed.

The engine drives the input shaft, which, in turn, drives the lay shaft. The lay shaft rotates the gears on the main shaft, with the gears rotating freely until engaged by the synchromesh device, which is splined to the shaft. This mechanism highlights the functionality of the gearbox and clutch system in real-world automobile applications.

FEATURES

• Ideal for classroom demonstrations of gearbox and clutch operations.
• Cross-sectioned parts to showcase internal operations.
• Operated manually for easy demonstration and hands-on learning.
• Mounted on a base with a wheel for stability during use.
• Fine finish and simple operations for ease of understanding.
• Functional accuracy for realistic training.

SPECIFICATIONS

• Fully functional gearbox with clutch system installed in a mobile solid frame.
• Includes a dry single-plate clutch with spring and diaphragm for realistic operation.
• The clutch is operated mechanically using a foot pedal, simulating real-world functionality.
• Dimensions (approx.): 900 x 600 x 600 mm.
• Weight (approx.): 55 kg.

WHY CHOOSE SCIENTICO?
As an esteemed automobile engineering lab equipment exporter and manufacturer, SCIENTICO is dedicated to providing innovative, durable, and high-performance educational tools. The TorqueMaster 318 model is part of our advanced lineup, designed to simplify complex automotive concepts and provide students with hands-on experience in gear shifting and clutch operation.

Q&A

Q: What does the Gear Box With Clutch Model demonstrate?
A: This model is designed to show the operation of a gearbox and clutch system, demonstrating how different gears are selected based on driving conditions and how the synchromesh device engages the gears.

Q: How does the clutch in this model operate?
A: The clutch is operated mechanically using a foot pedal, simulating real-life clutch engagement in vehicles.

Q: Is this model suitable for classroom demonstrations?
A: Yes, the model is ideal for classroom use, offering cross-sectioned parts, a fine finish, and simple operations for effective learning.

Q: Can the model demonstrate different driving conditions?
A: Yes, the model is designed to demonstrate how different gears are used in varying driving conditions such as standing starts, hill climbing, and cruising.

Q: Does SCIENTICO export this model internationally?
A: Yes, SCIENTICO is a leading automobile engineering lab equipment exporter, and we deliver the TorqueMaster 318 globally to educational institutions seeking high-quality training tools.

SCIENTICO, a leading automobile engineering lab equipment manufacturer and exporter, is proud to present the TorqueMaster 322 Working Model of Gear Box. This advanced educational tool is designed to provide students with a hands-on experience in understanding the operation of a gearbox and engine system. The model is carefully cut away and sectioned for educational purposes, allowing students to observe the intricate components of the gearbox, fuel system, lubricating circuits, cooling system, and more. The parts are professionally painted with distinct colors to differentiate each section, and many components are chromium-plated and galvanized for durability.

The gearbox allows students to explore different driving conditions, including standing starts, hill climbing, and cruising on level surfaces. The model demonstrates how the input shaft, driven by the engine, rotates the lay shaft, which in turn rotates the gears on the main shaft. These gears rotate freely until they are locked by the synchromesh device, which is splined to the shaft. This realistic setup makes the TorqueMaster 322 an essential teaching aid for automotive engineering courses.

FEATURES

• Gearbox with clutch system ideal for classroom demonstrations.
• Cross-sectioned parts to clearly display internal mechanisms and functionality.
• Operated manually for easy handling and demonstration.
• Mounted on a sturdy base with a wheel for stability.
• Fine finish with simple operations for an intuitive learning experience.
• High functional accuracy to simulate real-world gearbox operations.

SPECIFICATIONS

• 4-stroke engine with 4 in-line cylinders.
• Indirect injection and turbo supercharging for advanced engine functionality.
• VE Bosch-type rotary injection pump for efficient fuel delivery.
• Overhead camshaft (OHC) design for improved engine operation.
• Distribution through a toothed belt for precise synchronization.
• Alternator and thermostatic valve for realistic engine simulation.
• Gearbox with 4 forward speeds and reverse gear for practical demonstrations.
• Single-plate clutch with diaphragm for smooth engagement.
• Water-cooled engine system for realistic thermal management.
• Dimensions (approx.): 1600 x 700 x 1000 mm.
• Weight (approx.): 150 kg.

WHY CHOOSE SCIENTICO?
As a trusted automobile engineering lab equipment exporter and manufacturer, SCIENTICO ensures the delivery of innovative and high-quality teaching tools. The TorqueMaster 322 is part of our premium lineup, designed to simplify complex automotive concepts and provide students with a comprehensive understanding of gearboxes and engine systems.

Q&A

Q: What is the purpose of the Gearbox Model?
A: The model demonstrates the operation of a gearbox with a clutch system, showcasing the mechanism for gear selection in different driving conditions like standing starts, hill climbing, and cruising.

Q: How does the gearbox engage the gears?
A: The gears rotate freely on the main shaft until they are locked by the synchromesh device, which ensures smooth operation and gear selection.

Q: Is the model suitable for classroom use?
A: Yes, the model is designed for classroom demonstrations, providing an excellent opportunity for students to explore the internal workings of a gearbox and engine system.

Q: Does SCIENTICO export this model worldwide?
A: Yes, SCIENTICO is a renowned automobile engineering lab equipment exporter, delivering high-quality models like the TorqueMaster 322 to educational institutions globally.

SCIENTICO, a prominent automobile engineering lab equipment manufacturer and exporter, presents the TorqueMaster 326 Working Model of Hybrid Petrol Engine. This state-of-the-art educational tool offers a detailed, cutaway view of a hybrid petrol engine system, which combines the power of a petrol engine and an electric motor to optimize fuel efficiency. The model demonstrates how energy, typically lost as heat during braking, can be recovered and used to supplement the power of the engine.

The hybrid system (HS) in this model includes Motor Generator 1 (MG1), which generates electrical power and starts the engine, and Motor Generator 2 (MG2), which drives the vehicle. During deceleration, the wheels drive MG2, which acts as a generator for regenerative power recovery, highlighting the system’s efficiency and environmental benefits.

This model is carefully sectioned to allow a clear view of its components, including the hybrid system, gearbox, fuel system, cooling system, and lubricating circuits. The parts are professionally painted in different colors to easily differentiate each section, and chromium-plated and galvanized components ensure long-lasting durability.

FEATURES

• Hybrid system with gearbox model ideal for classroom demonstrations.
• Cross-sectioned parts to clearly show the internal operation of the hybrid petrol engine system.
• Operated manually for easy handling and demonstration in educational environments.
• Mounted on a solid base with wheels for easy mobility.
• Fine finish and simple operations, ensuring ease of use and understanding for students.
• Functional accuracy for a realistic learning experience.

SPECIFICATIONS

• Hybrid system with gearbox model installed in a mobile solid frame.
• 4-cylinder engine with DOHC overhead camshaft and 4 valves per cylinder for improved performance.
• Roller chain and VVT-i (Variable Valve Timing with Intelligence) system for electronically controlled intake valves.
• Multi-point electronic injection with throttle for precise fuel delivery.
• Electric motor integrated with the system for efficient power generation.
• Epicyclical engine design and generator for enhanced functionality.
• Transmission belt (CVT) and gears for smooth power transfer.
• Differential group and exhaust manifold with Lambda probe for emissions control.
• Dimensions (approx.): 1200 x 800 x 1300 mm.
• Weight (approx.): 170 kg.

WHY CHOOSE SCIENTICO?
As a leading automobile engineering lab equipment exporter and manufacturer, SCIENTICO is committed to delivering high-quality, innovative educational tools. The TorqueMaster 326 hybrid petrol engine model is designed to simplify complex automotive concepts and provide students with valuable, hands-on experience in modern hybrid engine systems.

Q&A

Q: What is demonstrated by the Hybrid Petrol Engine Model?
A: This model demonstrates how a hybrid petrol engine system combines the power of a petrol engine and electric motor, highlighting regenerative power recovery, engine start, and driving functionality.

Q: How does the regenerative power recovery work in the hybrid system?
A: During deceleration, the wheels drive Motor Generator 2 (MG2), which acts as a generator to recover energy, making the system more efficient and reducing fuel consumption.

Q: Does SCIENTICO export this model internationally?
A: Yes, SCIENTICO is a trusted automobile engineering lab equipment exporter, delivering the TorqueMaster 326 model to educational institutions worldwide

SCIENTICO, a renowned automobile engineering lab equipment manufacturer and exporter, introduces the TorqueMaster 340 Working Model of Hydraulic Braking System. This educational model offers a comprehensive demonstration of a fully functional four-wheel hydraulic braking system, modeled on real automotive components. Designed for educational environments, this trainer enables students to gain practical insights into the operation, repair, and service of hydraulic brake systems.

The TorqueMaster 340 model is ideal for students of mechanical engineering and automotive disciplines, providing hands-on learning with real-world components. The system showcases the function of both disc and drum brakes, brake pads, calipers, hydraulic lines, and parking brake systems, offering a complete understanding of hydraulic braking principles used in modern vehicles.

This training system ensures students can perform brake service tasks such as master cylinder service, brake pad/shoe replacement, and disc/drum maintenance, making it a vital tool for both learning and practical automotive training.

FEATURES

• Demonstrates the full functionality of a 4-wheel hydraulic brake system.
• Provides easy access to all brake components, offering better visibility than a real vehicle setup.
• Pressure gauges at each wheel provide real-time data on braking pressure for enhanced learning.
• Ideal for classroom demonstrations in automotive and mechanical training programs.
• Safe, effective, and hands-on learning tool for students and instructors.

SPECIFICATIONS

• Real automotive components with fully functional disc/drum hydraulic braking system.
• Includes all hydraulic components, brake pedal, parking brake pedal, and power brake booster.
• Equipped with hydraulic pressure gauges at each of the 4 wheels for accurate measurement.
• Fully functional parking brake system for comprehensive demonstrations.
• Designed to fit through a standard 30” door opening, making it portable and easy to store.
• Heavy-duty metal stand with casters for easy transport (two fixed and two swivel with locks).
• Allows performance of essential brake service tasks, including:
  • Master cylinder service
  • Brake pad/shoe replacement
  • Disc/Drum service
  • Wheel bearing service
  • Caliper/Wheel cylinder service
  • Brake hose/line service
  • Parking brake service

DIMENSIONS AND WEIGHT

• Dimensions (approx.): 1000 x 800 x 1200 mm
• Weight (approx.): 140 kg

WHY CHOOSE SCIENTICO?
As an established automobile engineering lab equipment exporter and manufacturer, SCIENTICO specializes in delivering high-quality, durable, and innovative educational equipment. The TorqueMaster 340 Working Model of Hydraulic Braking System is a perfect choice for instructors and students seeking a hands-on, effective learning experience in automotive braking systems.

Q&A

Q: What is demonstrated by the Hydraulic Braking System Model?
A: The model demonstrates the functionality of a four-wheel hydraulic braking system, including both disc and drum brakes, brake pads, hydraulic lines, and the parking brake system.

Q: Can students use this model for brake system repairs?
A: Yes, the model allows students to perform essential brake system repair tasks such as master cylinder service, brake pad replacement, and disc/drum maintenance.

Q: Does SCIENTICO export this product internationally?
A: Yes, SCIENTICO is a trusted automobile engineering lab equipment exporter, supplying the TorqueMaster 340 model to educational institutions worldwid

SCIENTICO, a leading manufacturer and exporter of automobile engineering lab equipment, presents the TorqueMaster 344 Working Model of MPFI Petrol Engine. This advanced educational tool demonstrates the functionality of a multi-point fuel injection (MPFI) petrol engine, providing a clear understanding of its structure, components, and operation.

The MPFI system ensures precise fuel delivery into the intake manifold of each cylinder at the right time, enhancing fuel efficiency and engine performance. Designed as a cutaway model, it is meticulously sectioned for educational purposes and painted with different colors to highlight various components, including lubricating circuits, cooling systems, and fuel systems.

This model is ideal for students and instructors in mechanical and automotive engineering disciplines, enabling hands-on learning for repair and service procedures related to MPFI engines.

FEATURES

• Demonstrates the full operation of an MPFI petrol engine.
• Cross-sectioned parts provide clear visibility of internal mechanisms.
• Suitable for classroom demonstrations and practical training.
• Operable manually or electrically for flexible teaching methods.
• Mounted on a sturdy base with wheels for portability.
• Durable design with chromium-plated and galvanized parts for long-lasting use.

SPECIFICATIONS

• Engine Type: Multi-point fuel injection (MPFI) petrol engine.
• Operation: Manual/electrical.
• Engine Displacement: 1600 cc / 1800 cc / 2000 cc.
• Engine Configuration: 4 in-line cylinders with an overhead camshaft (OHC).
• Gearbox: 5 forward speeds + reverse, with an integrated differential.
• Additional Features:
  • Multi-point electronic injection with throttle.
  • Exhaust manifold equipped with Lambda probe.
  • Distribution via a toothed belt.

DIMENSIONS AND WEIGHT

• Dimensions (approx.): 900 x 800 x 1000 mm.
• Weight (approx.): 155 kg.

WHY CHOOSE SCIENTICO?
SCIENTICO is a trusted name in delivering high-quality, durable, and innovative educational lab equipment. The TorqueMaster 344 MPFI Petrol Engine Model is perfect for institutions seeking comprehensive and interactive training solutions for their students.

Q&A

Q: What does the MPFI engine model demonstrate?
A: The model demonstrates the operation, structure, and components of a multi-point fuel injection (MPFI) petrol engine, focusing on fuel delivery, intake, and combustion processes.

Q: Is this model portable?
A: Yes, it is mounted on a robust base with wheels, ensuring easy transportation and storage.

Q: Can this model be used for service and repair training?
A: Absolutely! The model is designed for practical training, allowing students to learn repair and service procedures related to MPFI engines.

Q: Does SCIENTICO export this model internationally?
A: Yes, SCIENTICO is a leading exporter of automobile engineering lab equipment, supplying products like the TorqueMaster 344 worldwide.

SCIENTICO, a trusted manufacturer and exporter of high-quality automobile engineering lab equipment, presents the TorqueMaster 348 Working Model of Power Steering with Suspension. This advanced educational tool is designed to demonstrate the structure, operation, and functionality of a power steering system integrated with a fully operational McPherson suspension system.

The trainer allows users to study power steering mechanics, including the influence of variables such as car speed, steering effort, and power supply. Equipped with an instrument cluster and displays, this model ensures comprehensive visualization of the system's real-time operation.

This model is ideal for automotive training institutions, vocational skill schools, and engineering colleges, enabling students to perform simulations, practical training, and assembly/disassembly exercises for power steering and front axle suspension systems.

FEATURES

• Demonstrates the structure and operation of a power steering system with McPherson suspension.
• Designed for theoretical teaching and hands-on training.
• Functional steering effort adjustment directly on the rack.
• Displays include voltage/current readings and operation indicators.
• Can be used for structure display, operation simulation, and disassembly/assembly training.
• Built on a robust, shock-absorbing frame with high-quality, durable materials.

SPECIFICATIONS

• System Components:
  • Electric power steering.
  • Fully functional McPherson struts.
  • Rack and pinion steering mechanism.
  • Body computer with diagnostic socket (low-speed CAN).
• Power Requirements:
  • 230V, 50Hz, 1 phase.
  • 12V DC, 45 amperes.
• Frame: Rigid, stable, and reliable construction for longevity.

DIMENSIONS AND WEIGHT

• Dimensions (approx.): 1600 x 1300 x 1500 mm.
• Weight (approx.): 150 kg.

WHY CHOOSE SCIENTICO?
SCIENTICO is renowned for offering cutting-edge educational equipment. The TorqueMaster 348 Power Steering with Suspension Model is designed to deliver exceptional value to educators and students by bridging theoretical knowledge with practical experience.

Q&A

Q: What systems does this model cover?
A: This model covers both the power steering system and McPherson suspension system, offering insights into their structure, operation, and maintenance.

Q: Can this model be used for disassembly and assembly training?
A: Yes, it is designed for practical training, enabling users to assemble and disassemble components for hands-on learning.

Q: Is this trainer portable?
A: Yes, the trainer is mounted on a sturdy, shock-absorbing frame for easy transport and long-term durability.

Q: Does SCIENTICO export this model internationally?
A: Yes, SCIENTICO is a leading exporter of automobile engineering lab equipment, supplying products like the TorqueMaster 348 worldwide.

The TorqueMaster 282 Power Window System Trainer is a comprehensive training module designed to demonstrate the structure, operation, and diagnostic procedures of modern power window systems. This educational tool uses real-world components to create a hands-on learning experience, making it an essential resource for automotive training centers and vocational institutes.

Featuring a four-door power window system, this trainer is equipped with diagnostic test points, a fault insertion box, and a user-friendly layout. It enables students to analyze the working principles and electrical parameters of the system, making it ideal for skill development in automotive repair and maintenance.

Key Features:

• Realistic Design and Components:
  • Includes OEM components such as power window motors and switches with matching wire colors.
  • Demonstrates central door locking and electric window operations.
• Diagnostic Training:
  • Equipped with a fault box that allows instructors to insert up to four faults for practical diagnostic exercises.
  • Detection terminals to measure electrical signals, resistance, voltage, current, and frequency.
• Interactive Learning:
  • Features a transparent design with aluminum rims for clear visibility of components.
  • Electric wiring diagrams aid in understanding and troubleshooting.
• Portable and Durable:
  • Compact design mounted on a sturdy platform for easy mobility and use.
  • Operates with an external 12VDC power supply (not included).

Specifications:

• Components:
  • Power Window Motors: 4 units
  • Master and Slave Switches
  • Fault Box with 4 Faults
  • Electrical Test Points
• User Manual: Comprehensive guide included for operation and training.

Dimensions and Weight:

• Dimensions (L x W x H): 600 x 600 x 300 mm
• Weight: 25 kg

Applications:

• Automotive Training and Education
• Vocational Skill Development
• Diagnostic and Troubleshooting Practice

Why Choose SCIENTICO?

SCIENTICO’s TorqueMaster 282 Power Window System Trainer offers an unparalleled learning experience by combining practical functionality with educational value. Its realistic simulation, robust design, and diagnostic features make it a preferred choice for automotive training institutions and workshops, ensuring students gain a thorough understanding of power window systems.

The TorqueMaster 270 Fully Functional Cut Section Model of Chassis is an advanced training aid designed for comprehensive study and hands-on learning. This model is based on a medium displacement vehicle, offering a realistic and detailed representation of a fully functional chassis and its main components. The cut section design allows for easy inspection and demonstrates how each part interacts within the system, making it an ideal tool for diagnostic, repair, and maintenance training.

The chassis includes all essential components such as the engine, gearbox, clutch, brake system, suspension, electrical system, and more, all fully functional and operable. The model is mounted on a sturdy tubular frame and is equipped with wheels for easy mobility. It is carefully painted with imported colors and coated for durability, with different color schemes used for easy identification of individual components.

Key Features:

• Motorized Operation: The model is fully functional, with motorized operation for easy demonstration.
• Comprehensive Components: Engine, gearbox, suspension, electrical systems, and more are fully operational.
• Interactive Learning: Allows for assembly and disassembly of parts for hands-on training.
• Diagnostic Capability: Includes an OBD socket for performing diagnostics.
• Durable Design: High-quality materials and electroplating ensure longevity and reliability.
• Color-Coded for Easy Identification: Different colors for various components help in easy identification and learning.

Specifications:

• Engine Type: 4-cylinder, 4-stroke Petrol Engine
• Displacement: 1242 cc
• Injection System: Multipoint Electronic Injection
• Ignition System: Electronic Ignition
• Gearbox: 5 forward gears + reverse
• Drive: Front Wheel Drive
• Braking System:
  • Front disc brakes
  • Rear drum brakes
  • Depression servo-brake
• Suspension:
  • McPherson front suspension
  • Independent rear suspension with oscillating arms
• Additional Features:
  • Catalytic silencer
  • Electric fuel pump
  • Handbrake
  • Battery
  • Radiator with electric fan
  • Dashboard
  • Diagnostic socket

Dimensions and Weight:

• Dimensions (L x W x H): 3200 x 1400 x 1400 mm
• Weight: 380 kg

Applications:

• Automotive Engineering Education
• Vocational and Technical Training
• Diagnostic and Repair Training
• Practical Workshops and Demonstrations

Why Choose SCIENTICO?

SCIENTICO is a leader in providing high-quality, realistic training models for automotive engineering. The TorqueMaster 270 offers a hands-on learning experience, making it an essential tool for technical schools, universities, and training centers. It is designed for durability and educational effectiveness, allowing students to gain practical knowledge of vehicle systems and components.

SCIENTICO proudly introduces the Torque Master 360, an advanced working model of valve timing designed for in-depth training and educational purposes. Crafted to perfection, this automobile engineering lab equipment is ideal for demonstrating the intricate mechanics of valve timing in modern engines. As a leading lab equipment manufacturer, SCIENTICO ensures durability, functionality, and precision in every product.

This valve timing model is a meticulously designed cutaway model of a multicylinder engine, featuring sectioned components that clearly illustrate various systems such as lubrication, fuel injection, and cooling. The model's high-quality construction includes chromium-plated and galvanized parts, ensuring longevity and reliability for repeated classroom use.

Key Features

• MPFI/CRDI Engine Model: Perfect for educational demonstrations.
• Cross-Sectioned Design: Shows internal operations in detail, including camshaft functionality, valve mechanisms, and fuel systems.
• Manual Operation: Easy to operate for hands-on learning.
• Mobile Base Frame: Mounted on a sturdy, powder-coated metal stand with wheels for portability.
• Fine Craftsmanship: Professionally painted with clear differentiation of various parts.
• Educational Utility: Facilitates drawing and measuring valve timing diagrams.

Specifications

• Engine Type: 4-stroke, 4 in-line cylinders with an indirect injection system.
• Feeding Mechanism: Turbo supercharger and VE Bosch rotary injection pump.
• Camshaft Type: Overhead camshaft (OHC) with distribution via a toothed belt.
• Operation: Manual.
• Frame: Solid, powder-coated metal stand for durability.
• Dimensions: 700 x 700 x 800 mm (approx.).
• Weight: 65 kg (approx.).

Why Choose SCIENTICO?

As a recognized automobile engineering lab equipment manufacturer and exporter, SCIENTICO delivers innovative solutions that meet international educational standards. Our Torque Master 360 is designed to bridge the gap between theoretical knowledge and practical application, making it a valuable addition to any engineering lab.

Frequently Asked Questions

Q1: What makes the Torque Master 360 ideal for educational purposes?
A: The Torque Master 360 is designed with precise cutaway sections and vibrant color differentiation, making it easy for students to understand valve timing mechanisms. Its sturdy and mobile design ensures long-term usability in academic environments.

Q2: Is this model suitable for hands-on demonstrations?
A: Yes, the Torque Master 360 is manually operated and provides an excellent platform for hands-on learning, including drawing valve timing diagrams.

Q3: Do you export this product internationally?
A: Absolutely! SCIENTICO is a leading automobile engineering lab equipment exporter, delivering high-quality models like the Torque Master 360 worldwide.

Q4: Can this model be customized for specific training requirements?
A: Yes, we offer customization options to suit the unique needs of educational institutions and training centers.

Choose SCIENTICO for your automobile engineering equipment needs. With the Torque Master 360, you're investing in premium-quality lab equipment from a trusted manufacturer and exporter in the industry.

The TorqueMaster 240 Cut Model of Agricultural Tractor by SCIENTICO is a meticulously designed educational tool that showcases the internal workings of a modern agricultural tractor. This actual tractor cutaway model provides a detailed view of all key components, making it an invaluable aid for teaching and training purposes in agricultural and mechanical engineering.

Painted in vibrant, color-coded sections, the model enables students to easily identify various systems and understand their functionality. Built using actual tractor components, the model is mounted on a robust iron frame and includes a detailed key card and comprehensive literature to enhance learning.

As a leading manufacturer and exporter of agricultural and mechanical training equipment, SCIENTICO ensures this model combines durability, precision, and functionality to meet global educational standards.

Key Features:

• Complete Tractor Systems Representation: Includes essential components such as the cylinder block, crankcase, cooling system, clutch, gear box, and more.
• Color-Coded Sections: Each part is distinctly painted to simplify identification and enhance visual learning.
• Demonstration-Friendly Design: Specifically dissected for easy demonstration of internal mechanisms.
• Robust Construction: Mounted on a powder-coated iron frame for durability and long-term use.
• Comprehensive Learning Material: Supplied with a key card and detailed literature explaining the tractor’s operations.

Specifications:

• Components Included:
  • Cylinder Block and Head
  • Crankcase and Oil Pump
  • Fuel Supply, Cooling, Air Intake, and Exhaust Systems
  • Clutch, Gear Box, Transmission, and Final Drive/Rear Axle
  • Engine/Chassis Drive
• Finish: Powder-coated frame with color-coded parts.

Dimensions and Weight:

• Dimensions (L x W x H): 2200 x 1200 x 1400 mm
• Weight: 650 kg

Why Choose SCIENTICO?

SCIENTICO is a trusted manufacturer and exporter of agricultural machinery training equipment, known for its high-quality educational models. The TorqueMaster 240 Cut Model of Agricultural Tractor is designed to provide hands-on learning, making it an essential addition to training facilities, technical schools, and engineering institutions worldwide.

Q&A Section:

Q: What is the purpose of the cut section in this model?
A: The cut section demonstrates the internal construction and functionality of tractor components, allowing students to observe and understand the working of key systems in detail.

Q: Is the model suitable for practical demonstrations?
A: Yes, the model is specifically designed for practical demonstrations and is equipped with functional parts for easy explanation of operations.

Q: How durable is this training model?
A: Built with an iron frame and powder-coated for durability, the model is designed for long-term use in educational environments.

Q: Can this model help in understanding the entire tractor system?
A: Absolutely. It covers all major systems, including the engine, cooling, fuel supply, clutch, transmission, and more, providing a comprehensive learning experience.

Q: What type of institutions can benefit from this model?
A: This model is ideal for agricultural and mechanical engineering colleges, vocational training centers, and research institutions focusing on farm machinery and tractor mechanics.

The TorqueMaster 252 Cut Model of Rack and Pinion Steering by SCIENTICO is an expertly sectioned training tool, designed to provide clear and comprehensive insight into the operation of a rack and pinion steering system. This model is professionally painted with distinct color coding to differentiate between various components and mechanisms, making it a valuable asset for technical training and classroom demonstrations.

Mounted on a durable tubular frame, this cutaway model features electroplated hardware and a Miracle coating for an enhanced finish and long-term durability. Its robust design ensures functional accuracy while enabling students to grasp complex mechanical concepts effortlessly.

Key Features:

• Real-World Component Representation: Features a rack-type steering box, hydraulic pump, and oil tank with filters.
• Color-Coded Sections: Differentiates parts for easy identification and better understanding of system operations.
• Durable Construction: Chromium-plated and galvanized components for extended service life.
• Hands-On Operation: Manually operated via a crank handle for interactive learning experiences.
• Educational Focus: Simplifies the understanding of rack and pinion steering mechanics.

Specifications:

• Steering System Type: Rack type steering box
• Additional Components: Hydraulic pump, oil tank with filter, connecting pipes
• Operation: Manual (Crank handle)
• Finish: Miracle-coated, color-coded sections for clarity
• Base Layout: Mounted on a tubular frame

Dimensions and Weight:

• Dimensions (L x W x H): 1000 x 600 x 550 mm
• Weight: 25 kg

Applications:

• Automotive Engineering Training
• Technical and Vocational Education
• Classroom Demonstrations
• Research and Development

Why Choose SCIENTICO?

As a leading manufacturer and exporter of lab and training equipment, SCIENTICO offers precision-engineered products like the TorqueMaster 252, designed to enhance learning outcomes and simplify complex mechanical concepts.

The TorqueMaster 216 Cut Model of Automatic Transmission System by SCIENTICO is a precisely sectioned, full-size model of an automatic transmission, designed to provide students with an in-depth understanding of the inner workings of hydraulic automatic transmissions. This model includes key components such as the torque converter, planetary gear set, clutches and bands, and hydraulic lubricating oil system, all mounted on a durable tubular frame for easy access and demonstration.

As a trusted automobile engineering lab equipment manufacturer, SCIENTICO has created the TorqueMaster 216 to help students visualize and understand the complex gear mechanisms of forward and reverse speeds. 

Key Features:

• Full-size original used automatic transmission sectioned for detailed examination of the transmission system’s internal parts.
• Color-coded sections for easy identification of different systems and mechanisms, enhancing the learning experience.
• Torque converter, planetary gear set, clutches, and hydraulic components are included for a comprehensive understanding of automatic transmissions.
• Manual operation by hand crank applied to the torque converter, allowing for practical demonstrations of the gear-shifting process.
• Electroplated gears and components for durability and longer life.
• Mounted on a tubular frame for easy handling and stability during use.

Why Choose SCIENTICO?

As a leading automobile engineering lab equipment exporter, SCIENTICO is committed to delivering innovative, high-quality educational tools. The TorqueMaster 216 Cut Model of Automatic Transmission System serves as an invaluable resource for institutions looking to provide students with hands-on experience and a deeper understanding of the complexities of automotive transmission systems. Specifications:

• Hydraulic torque converter for demonstrating fluid-based transmission mechanisms.
• Epicycloid gear change system with 5 forward speeds plus reverse for a comprehensive demonstration of automatic shifting.
• Multiple-plate clutches for understanding the engagement and disengagement processes in an automatic transmission.
• Control valves for managing fluid pressure and operation.
• Operated manually using a hand crank applied to the torque converter to simulate real-world operation.
• Mounted on a stand with wheels for easy mobility and positioning during demonstrations.

Dimensions and Weight:

• Dimensions (L x W x H): 750 x 550 x 700 mm
• Weight: 110kg

Q&A Section:

Q: What components are included in the TorqueMaster 216 Cut Model of Automatic Transmission System?
A: The model includes the hydraulic torque converter, planetary gear set, clutches, bands, control valves, and lubricating oil system, providing a comprehensive look at the internal workings of an automatic transmission.

Q: How does the color coding benefit students using the model?
A: The color coding system allows for easy identification of different components, making it simpler for students to learn and understand the structure of the transmission system.

Q: Is the TorqueMaster 216 suitable for global educational use?
A: Yes, as an automobile engineering lab equipment manufacturer and exporter, SCIENTICO ensures the TorqueMaster 216 meets international standards, making it ideal for educational institutions worldwide.

Q: How is the TorqueMaster 216 operated?
A: The model is manually operated by applying a hand crank to the torque converter, allowing students to observe and understand the gear-shifting process in real time.

The TorqueMaster 298 Steam Engine Model is an educational replica of a modern horizontal steam engine with piston valve control, designed to demonstrate the internal structure and operating principles of steam engines. The model features a cross-sectioned cylinder and fully functional working parts, including a piston and slide valve, to provide a clear visualization of engine mechanics.

This model is equipped with a centrifugal governor and reversing mechanism to show the complete functionality of a steam engine. Professionally painted and cross-sectioned for easy identification of parts, it is a valuable teaching tool for classroom demonstrations and hands-on learning in engineering and technical institutions.

Key Features

• Interactive Learning Aid:
  • Ideal for demonstrating steam engine operations and internal mechanisms.
  • Movement of the flywheel and piston can be shown with minimal effort.
• Detailed Design:
  • Cross-sectioned cylinder with clear covering to observe piston movements.
  • Includes working piston, slide valve, and link motion for reversing.
• High-Quality Construction:
  • Professionally painted with durable chromium-plated and galvanized parts.
  • Designed for longevity and frequent classroom use.

Specifications

• Type: Horizontal Steam Engine Model with Piston Valve Control
• Working Mechanisms:
  • Centrifugal governor
  • Cross-sectioned cylinder
  • Piston, slide valve, and reversing link motion
• Operation: Manual; movement light enough to operate with minimal force.

Dimensions and Weight

• Dimensions (L x W x H): 450 x 350 x 300 mm
• Weight: 9 kg

Applications

• Educational demonstrations in classrooms
• Engineering and technical training programs
• Study of steam engine mechanics and operation

Why Choose SCIENTICO?

The TorqueMaster 298 Steam Engine Model is meticulously designed for educators and trainers to simplify complex engineering concepts. Its realistic design and easy operation make it an excellent tool for fostering understanding of steam engine principles among students.

The TorqueMaster 278 Power Door Lock System Trainer is a versatile training module designed for automotive education and technical skill development. This trainer provides a practical and visual demonstration of power door lock systems, showcasing their structure, operation, and diagnostic techniques. It is ideal for training students and professionals in understanding and troubleshooting power door locking mechanisms commonly found in modern vehicles.

Equipped with OEM components and a fault insertion box, this trainer simulates real-world scenarios, enhancing diagnostic skills and understanding of the system.

Key Features:

• Functional and Realistic Design:
  • Includes OEM components such as door lock actuators, switches, and matching wire colors for authenticity.
  • Simulates a fully operational power door lock system for practical demonstrations.
• Diagnostic and Fault Training:
  • Lockable fault box allows instructors to insert up to four faults for student diagnostic exercises.
  • Electrical test points enable comprehensive circuit analysis and troubleshooting.
• Interactive Learning:
  • Students can assemble and wire the system using supplied jumper leads and OEM wiring diagrams.
• Portable and Convenient:
  • Compact and lightweight design, mounted on a plastic training board for ease of use.
  • Operates with an external 12VDC power supply (not included).

Specifications:

• Components:
  • Power Door Lock Actuators: 2 units
  • Door Lock Relay
  • Fault Box with 4 Faults
  • Test Points for Circuit Diagnostics
• Accessories:
  • Set of 21 Jumper Leads (6 red, 1 black, 14 blue)
  • Length of Leads: 24” (60 cm)
• User Manual: Comprehensive guide included for operation and training.

Dimensions and Weight:

• Dimensions (L x W x H): 550 x 400 x 300 mm
• Weight: 20 kg

Applications:

• Automotive Training and Education
• Vocational Skill Development
• Diagnostic and Troubleshooting Practice

Why Choose SCIENTICO?

SCIENTICO’s TorqueMaster 278 Power Door Lock System Trainer combines practical functionality with educational value, providing students and professionals the tools to master power door lock systems. Its realistic simulation and robust design make it a preferred choice for automotive training centers, vocational institutes, and workshops.

The TorqueMaster 286 Section Model of a Four-Stroke Diesel Engine is a high-quality educational tool designed to showcase the internal structure, components, and operating principles of a four-stroke diesel engine. This professionally sectioned model provides a detailed view of the engine’s working mechanism, highlighting the air-fuel mixture, exhaust systems, and lubrication circuits with distinct color coding for easy understanding.

Ideal for automotive and mechanical engineering training, the model comes equipped with cam-operated jerk pumps, an air inlet diaphragm injection nozzle, and a starting valve. The firing point is simulated with a 3-volt bulb that illuminates during the expansion phase, enhancing the learning experience.

Key Features

• Realistic Demonstration:
  • Detailed cross-sections of all major components, including injection pump, pre-chamber, cooling system, and distribution circuit.
  • Simulates the firing point with a small bulb that lights up during the expansion phase.
• Durable and Long-Lasting Design:
  • Chromium-plated and galvanized parts ensure extended durability.
  • Professionally painted with color-coded sections to differentiate air, fuel, and exhaust systems.
• Interactive Learning Tool:
  • Operated manually through a crank handle for practical demonstration of engine cycles.
  • Suitable for demonstrating the four-stroke diesel engine’s working principle to students and trainees.
• Compact and Portable:
  • Mounted on a sturdy base for easy placement and handling.

Specifications

• Displacement: 100 cc
• Power: 6 hp
• Key Components:
  • Camshaft in the crankcase
  • Overhead valves
  • RPM regulator
  • Oil pump
  • Air filter and silencer
  • Tank
• Operation: Manual (Crank Handle)

Dimensions and Weight

• Dimensions (L x W x H): 500 x 500 x 650 mm
• Weight: 25 kg

Applications

• Automotive Training and Education
• Mechanical Engineering Demonstrations
• Practical Understanding of Diesel Engine Mechanics

Why Choose SCIENTICO?

SCIENTICO’s TorqueMaster 286 Section Model of Four-Stroke Diesel Engine provides unmatched clarity and functionality for educational and training purposes. Designed with precision and durability, it ensures students and trainees gain hands-on knowledge of diesel engine mechanics, making it a must-have tool for technical institutions and automotive workshops.

SCIENTICO introduces the Torque Master 364, an advanced working model of a vehicle transmission system, specifically designed for educational and training purposes. This meticulously crafted cutaway model of a 5-speed manual gearbox demonstrates the internal operation and components of a 4WD vehicle transmission system, making it an indispensable tool for engineering labs and training centers.

As a trusted lab equipment manufacturer, SCIENTICO ensures that the Torque Master 364 provides unparalleled functionality, durability, and precision. The model features real cutaway components, vividly painted and sectioned to differentiate parts such as gear trains, universal joints, and self-locking hypoid differentials, enabling clear and effective demonstrations.

Key Features

• Comprehensive Demonstration: Showcases the operation of a complete transmission assembly, including speed and torque conversions.
• Cross-Sectioned Design: Internal components are clearly visible, professionally painted, and labeled for better understanding.
• Manual Operation: Designed for hands-on demonstrations, making it ideal for classroom use.
• Durable Construction: Chromium-plated and galvanized parts ensure long-lasting performance.
• Mobile and Sturdy Base: Mounted on a powder-coated metal stand with wheels for ease of use and portability.
• Functional Accuracy: Perfect for explaining structure, components, and repair procedures of MPFI systems.

Specifications

• Gearbox: 5 speeds and reverse, with 2-speed reduction gear.
• Drive Control: Front wheel drive with manual control.
• Drive Shafts: Equipped with universal joints.
• Differentials: Self-locking hypoid differentials.
• Operation: Manual.
• Dimensions: 800 x 300 x 1100 mm (approx.).
• Weight: 225 kg (approx.).

Why Choose SCIENTICO?

As a leading automobile engineering lab equipment manufacturer and exporter, SCIENTICO is committed to delivering innovative and reliable educational tools. The Torque Master 364 not only enhances learning but also provides a practical understanding of vehicle transmission systems, making it a top choice for academic institutions and training centers worldwide.

Frequently Asked Questions

Q1: What is the primary application of the Torque Master 364?
A: This model is designed for educational purposes, demonstrating the structure and functionality of a 5-speed manual gearbox. It is ideal for mechanical engineering students and automotive training programs.

Q2: Is the model suitable for hands-on demonstrations?
A: Yes, the Torque Master 364 is manually operated and allows students to explore the mechanisms of a transmission system interactively.

Q3: Do you export this product internationally?
A: Absolutely! SCIENTICO is a leading automobile engineering lab equipment exporter, and the Torque Master 364 is available for global shipping.

Q4: Can this model be customized for specific training needs?
A: Yes, SCIENTICO offers customization options to meet the unique requirements of institutions and training facilities.

Q5: What makes SCIENTICO stand out as a manufacturer?
A: With years of expertise, SCIENTICO is a trusted automobile engineering equipment manufacturer, renowned for delivering high-quality, precision-engineered products like the Torque Master 364.

Invest in the Torque Master 364 for advanced training and education in vehicle transmission systems. SCIENTICO ensures you receive the best in class as a leading lab equipment manufacturer and exporter.

The TorqueMaster 356 Torsion Differential Trainer by SCIENTICO offers a comprehensive visualization of the torsion bevel gear pair differential assembly, designed to explain its complex operation based on the worm screw principle. Commonly found in premium 4WD vehicles, this differential ensures effective torque distribution during driving conditions.

This professionally crafted cutaway model is color-coded to distinguish various components and cross-sections, aiding in better understanding. Built for durability, many parts are chromium-plated and galvanized for extended use. Ideal for classrooms and workshops, it helps students visualize the mechanism and perform hands-on training in differential operation and repair techniques.

FEATURES

• Classroom Demonstration Tool:
  Designed for visual and hands-on learning of torsion differential operations.
• Cross-Sectioned Details:
  Exposes the internal workings for clear understanding of the mechanism.
• Manual Operation:
  Allows students to manually operate the differential system and observe its behavior.
• Sturdy Construction:
  Mounted on a powder-coated, mobile metal frame for durability and convenience.
• Simplified Learning:
  Fine finish, easy-to-use design for seamless classroom demonstrations.

SPECIFICATIONS

• Fully functional torsion bevel gear pair differential assembly.
• Operated manually for enhanced student interaction.
• Mounted on a robust, powder-coated frame with wheels for mobility.

DIMENSIONS AND WEIGHT

• Dimensions (approx.): 400 x 400 x 400 mm.
• Weight (approx.): 25 kg.

WHY CHOOSE SCIENTICO?
SCIENTICO is a trusted manufacturer and exporter of engineering lab equipment, offering precision-crafted models like the TorqueMaster 356 for effective teaching and training in automotive engineering.

Q&A

Q: Can this model be used for practical demonstrations?
A: Yes, the torsion differential model is fully functional and allows for manual operation to demonstrate its working principles.

Q: Is this suitable for beginners?
A: Absolutely! The color-coded components and simple operation make it perfect for students at all levels of expertise.

Q: Does SCIENTICO ship globally?
A: Yes, SCIENTICO is a leading exporter of high-quality educational equipment, serving institutions worldwide.