In addition to their basic functions, our products come standard with the following core technologies, providing comprehensive safety and peace of mind. Discover our unique advantages that go beyond the features offered by other companies.
(Patent ZL200910112744.1)
This system eliminates the risk of the elevator car moving unintentionally while the doors are open.
Principle of Operation: The door-opening/closing sensor and motion detector work in tandem to immediately activate the electromagnetic brake the moment they detect unusual movement.
Effect: It physically prevents "free-fall accidents" and "pinch accidents" that can occur while passengers are boarding or exiting, ensuring the safety of the elderly and children in particular.
(Patent ZL201020290935.5)
This invention prevents falls caused by misalignment between the cabin and the floor.
Principle of Operation: A laser rangefinder continuously monitors the cabin's position, and if it detects a deviation exceeding the reference value, a mechanical lock automatically locks the door.
Effect: It safely protects passengers inside the cabin even in the event of an earthquake or when a step forms due to mechanical error, eliminating the risk of falls.
(Patent ZL201620254129.X)
This is an innovative technology that prevents unexpected cabin movement (UECM) while the vehicle is in motion.
Principle of Operation: The acceleration sensor and control algorithm work together to detect abnormal slippage or sudden acceleration within microseconds. The hydraulic control system immediately takes action to stabilize the vehicle.
Effect: Even during a sudden stop, the cabin does not slide, preventing passengers from falling or colliding with one another.
This system solves the long-standing problem of misalignment between the elevator and the floor.
Principle of Operation: A 3D position tracking module monitors the cabin's position in real time. A servo motor performs position corrections in 0.1-mm increments.
Effect: This allows wheelchair users to board and disembark safely without encountering any steps, and meets the strict positioning accuracy requirements of the international safety standard EN 81-20.
This is an AI monitoring system that significantly reduces accidents caused by human error.
Principle of Operation: Machine learning is used to analyze vibration, current, and temperature data. This enables early detection of signs of failure, and in the event of a serious failure, a safety circuit automatically prevents the door from closing.
Effect: Reduces accidents caused by operator error by 85%. Prevents secondary disasters in the event of a malfunction.
This is an environmentally friendly technology that balances energy efficiency and safety.
Principle of Operation: Integrates regenerative braking and an ultra-low-power-consumption standby system. In the event of an emergency, the energy storage system provides 72 hours of backup power.
Effect: Certified to meet the highest efficiency class (Class A) under the German standard VDI 4707. It delivers both energy efficiency and safety in emergencies.
Infrared beams monitor the boarding and alighting areas. They reliably detect the hems of clothing and small items, preventing entrapment accidents.
Equipped with two completely independent systems: a mechanical system and an electromagnetic system. Even in the event of an electrical failure, the brakes are physically activated.
In the event of a power outage, the elevator automatically transports passengers to the nearest floor to prevent them from becoming trapped.
Frame design capable of withstanding seismic forces equivalent to a seismic intensity of 7 (corresponding to Article 88 of the Enforcement Order of the Building Standards Act). Minimizes distortion of the guide rails during deformation.
The latest vibration-damping mounts and sound-absorbing materials have been installed in the drive unit and guide rail sections, further reducing operating noise below the industry average.
