Plate bending machine PC control High efficiency for Aluminum Galvanized sheet

Machine description

QA-CB300 Plate bending machine is a bending for aluminum and steel profiles.

Controlled by Quess Bending CNC system developed, coinciding with the various kinds of precision cutting of panels, especially fit for letters with small angle and radiun , and also fit for the procession of complex graphics 

The best machine for the fabrication of LED channel letters, stainless steel letters, Piercing letters, Epoxy letters.

This bender system combined with three parts, first one is the auto feeding rotate table, second one is the  slotting part in the middle of the machine, last one the bending part on right side of the machine with a bending head.

Applications

Industries: advertising industry

Materials: Aluminum, Stainless steel, steel, Iron, Galvanized sheet etc

The material coil is 50m a roll or 100m a roll, see below photo

Features

1. Rolling feeding mode, feed power constant, the feeding is convenient, high working efficiency and no harm to the material.

2. Closed loop control system combined with the encoder adaptive mechanism to ensure high precision feeding.

3. Automatically adjust the depth of the groove structure, the use of serve motor, more efficient.

4. The tool is quick and convenient, the material of different thickness of arbitrary processing.

5. The use of hard alloy cutting tools, cutting tool wear is simple, long service life.

6. The linkage of the bent structure, the servo motor is used for bending and the efficiency is high.

7. Automatically adjust the depth of grooves without manual operation.

7. It adopts two servo motors that makes feeding and bending speed faster, for example, it just spends 44s making a 30cm S.

8. Develop a self-make new software, match with machine working well and make easier process higher precision.

9. Adopts planner slotting way, making slots well and wasting cost.

10. High precision machining, feeding precision can reach 0.01mm, bending accuracy up to 0.4 °.