CNC bending machine purchase

When buying a CNC bending machine, we should know something about the parts we produce and process. Only when we understand the types of parts we produce and process can we buy a bending machine that suits us. If we are not sure about the specifications of the parts we produce, this At that time, we might as well bring some well-produced parts to the manufacturer of the bending machine, because the manufacturers of the bending machine are professional, and these professional and technical personnel can be suitable for the bending machine at a glance.

What are the purchase factors of CNC bending machine? What are the characteristics of hydraulic sheet metal bending machine?

Anhui Yongya believes that the bending machine is a machine after all. It may have some errors more or less. At this time, it depends on how much error you can accept. We can go to more manufacturers, and we must choose the most powerful manufacturer. Only by paying attention to these can we buy the most suitable bending machine for ourselves.

Analysis of the structural characteristics of the hydraulic press brake

(1) Hydraulic upper transmission, the oil cylinders at both ends of the machine tool are placed on the sliding block to directly drive the sliding work.

(2) Using mechanical block structure, the stability is stable and reliable.

(3) The stroke of the slider can be adjusted quickly by motorized, hand-knowledged, and the counter is displayed.

(4) It adopts all-steel welded structure, which has sufficient strength and rigidity.

(5) The slider synchronization mechanism adopts forced synchronization within the torsion shaft.

(6) The wedge-type deflection compensation mechanism can guarantee the capacity and obtain higher bending accuracy.

The structure and characteristics of hydraulic sheet metal bending machine

1. It adopts all-steel welded structure, which has sufficient strength and rigidity.

2. Hydraulic upper transmission, the oil cylinders at both ends of the machine tool are placed on the sliding block to directly drive the sliding work.

3. The slider synchronization mechanism adopts a torsion shaft for forced synchronization. system

4. Using mechanical block structure, stable and reliable.

5. The stroke of the slider can be adjusted quickly and motorized.

6. ​​Wedge-type deflection compensation mechanism to ensure higher bending accuracy.