The attached type of lifting scaffolding equipment is a new kind of scaffolding technology that developed rapidly at the turn of the century, the construction technology progress has had an important influence on our country. It will be high operation into a lower operation, will be suspended operation into a frame body internal operation, significant low carbon, high-tech content and more economical, more secure, more convenient, etc.

Adhesive lifting scaffolding refers to the erection of a certain height and attached to the project structure, on its own lifting equipment and device, can climb step by step with the engineering structure or fall, have capsized, prevent falling prevention device outside the scaffold; Adhesive lifting scaffolding main adhered by adhesive lifting scaffolding frame structure, bearing, tripping device, fall prevention device, lifting mechanism and control devices, etc. The characteristics of low-carbon steel material are very nice. It can save steel consumption by 70%, save up to 95% of electricity, saving construction material was 30%. 45 meters above the building's main body are applicable. The higher floors of the economy, the more obvious, each building is integrated saving the cost 30% to 60%. The scaffolding system is also practical. It can be applied to all kinds of structures' main bodies for security. 

Using an automatic synchronization control system and remote control system, and can prevent unsafe conditions actively, and USES the multiple set of star wheel fall prevention devices to prevent failure reset device failure, etc, to ensure the safety of the protective frame body always, effective prevention.

Load technology by microcomputer control system can real-time display the state of the elevator, and automatic data collection for each flight load value of ascension. When flight loads by more than 15% of the design value, in the form of a light and sound alarm, and display the alarm on its own reservation; When it is more than 30%, the group lifting device will automatically stop, until the troubleshooting. Effectively avoid the safety hazard caused by overload or failure load is too large.