With the development of the times, the requirements for doors are also changing. Now people choose doors not only for safety, but also to distinguish boundaries. Now they choose doors for function, beauty and convenience. Telescopic doors used as convenient doors are now loved by people, Let's understand the specific components of the telescopic door products.

Telescopic door products are mainly composed of telescopic door body, machine head and controller. These three parts will exist for both scanning type telescopic doors. We generally see the main body of the telescopic door. Generally speaking, there will be no problem with the main body of the telescopic door product. The quality of the door body is determined by the material. Telescopic door body: the telescopic door body is composed of large frame, cross brace, shaft (fixed shaft, sliding shaft) and telescopic door wheel

The product body of the telescopic door is a metal structure, which is divided into stainless steel, door body, aluminum alloy door body and die-casting aluminum door body according to the material. Machine head: it is composed of driver and motor. It is fixed at one end of the telescopic door body to drive the telescopic movement of the door body, which is used together with the telescopic door body. The driver is divided into ordinary line type, luxury type, full remote control type and intelligent robot trackless type. Controller: it is composed of control box, desktop controller and handle remote controller. Control box: fixed in the machine head, it receives the instructions sent by the controller to control the operation of the door body. Remote controller: it is mainly used by the personnel on duty in the duty room. Handle remote controller: it is mainly equipped with vehicles and can control the opening and closing of the telescopic door within 10-30 meters around the nose (depending on the on-site radio communication environment).

The telescopic door product can be telescopic, taking advantage of the unstable characteristics of parallelogram. Triangles are stable and not easy to deform. Different from triangles, parallelograms are easy to deform, that is, they are unstable. This instability is widely used in life. Such as electric telescopic door, iron sliding door, movable clothes hanger, etc.