60R Series Chain Lift Stage Platform

General Specifications – 60R Series

60R Model

Applications

A programmable stage lift is an important automation system for live performances, concerts, theaters, television productions, and large-scale events. It enables performers, stage props, musical instruments, or individual stage sections to be raised and lowered according to pre-programmed positions, speeds, and timing sequences.

The movements can be triggered by cues or synchronized with the timecode of music, lighting, and visual content, creating impressive effects for performer entrances, spatial transformations, and scene transitions.

When multiple stage lifts are integrated into a single system, directors can create multi-level stage configurations, ramps, performance platforms, and coordinated sequential movements. Beyond visual effects, stage lifts can also reduce scene-change time, minimize manual labor, and improve movement accuracy and consistency between performances.

For safe operation, the system should be equipped with position sensors, travel limits, load monitoring, emergency stop controls, and mechanisms for detecting discrepancies between lifting points. The allowable load must be determined based on the actual working height and lifting stroke and should account for performers, stage props, surface finishes, and all accessories moving with the platform.

Conclusion

The Chain Lift 60R Series programmable stage lift meets the requirements for precise and flexible vertical movement in modern stage systems. With a lifting stroke of up to 5,000 mm and a working height ranging from 1,000 to 5,500 mm, the system can be used to raise performers, stage props, musical instruments, or create multi-level stage structures according to the show's programmed sequence.

For actual project implementation, the appropriate configuration should be selected based on the required load capacity, lifting stroke, and synchronization requirements of each project. The system should also incorporate comprehensive position monitoring, travel-limit protection, load monitoring, and emergency-stop functions to ensure stable, accurate, and safe operation.