Laboratory Lift "Hydraulic Lift"

Standard Configuration

Hydraulic scissor lift platform (4500mm length)

Hydraulic cylinder (Taiwan import, mirror-finished inner wall)

24V control system with limit switches

Secondary lifting trolley

Adjustable front wheel steering plates

Complete set of cylinder seals and ball valves (Italian import)

Control cabinet

The unit features a heavy-duty hydraulic scissor lift mechanism with underground design, offering realistic hands-on experience for students in automotive engineering, service technology, and mechanical maintenance programs. The lift clearly demonstrates the principles of hydraulic power transmission, synchronization mechanisms, and safety systems.

List of Works Performed

Structural Recognition

Gain detailed knowledge of the structural composition of the hydraulic scissor lift system, including cylinders, hoses, control valves, and safety mechanisms.

Understanding Operating Principles

Study the working principles of hydraulic lifting systems, including fluid power transmission, pressure regulation, and cylinder synchronization.

Hydraulic System Maintenance

Practice inspection and replacement of hydraulic seals, hoses, and fittings.

Learn proper procedures for hydraulic fluid level checks and top-ups.

Control System Diagnostics

Develop skills in diagnosing faults in the 24V control system, including limit switches and electrical connections.

Safety System Inspection

Inspect and test safety features including limit switches, emergency stops, and mechanical locks.

Leakage Inspection and Repair

Identify and address hydraulic fluid leaks in the system, developing practical troubleshooting skills.

Load Testing Procedures

Conduct load tests to verify lifting capacity and system stability under various load conditions.

Synchronization Adjustment

Learn to adjust and maintain the synchronization mechanism that ensures both sides of the lift rise and lower evenly.

Educational Benefits

Hands-On Experience

Students gain practical experience by interacting directly with real-world hydraulic lifting equipment used in professional automotive service centers.

Comprehensive Coverage

The platform covers all essential aspects of hydraulic lift systems, including their structure, operation, maintenance procedures, and safety protocols.

Industrial-Grade Components

The use of high-quality imported components ensures reliable operation and provides students with exposure to professional-grade equipment standards.

Safety-Focused Training

The 24V control system and integrated safety devices allow students to learn proper safety procedures in a controlled educational environment.

Conclusion

The laboratory lift "Hydraulic Lift" is a professional-grade educational tool that combines industrial-quality components with comprehensive training capabilities. Its adjustable configuration, high-quality hydraulic system, and robust underground design make it an indispensable solution for teaching and training in automotive service technology, hydraulic systems, and mechanical maintenance programs. The stand provides students with authentic hands-on experience that directly translates to skills required in professional automotive service environments.