CNC Steel Guillotine Shearing Machine not only provides high strength and sensitivity but also lowers your production cost and improves your bottom line. And superior design allows for our metal sheet cutting machine to offer smooth, precise cuts whether you are cutting thin or thick material. With the development of the industrial age, intelligence has become a developed trend. The frame structure of the guillotine shearing machine adopts all-steel welding; four corners and eight sides of right-angle guide rails, high precision, good rigidity, and hydraulic preloading.

CNC Steel Guillotine Shearing Machine Main Features

1. 유선형 용접 기계 structure achieves high rigidity; it is designed by ANSYS software which can ensure the reliability and precision of the shearing machine.

2. Guillotine shearing machine motors for back gauge are controlled by servo motors, which can achieve high accuracy and fast speed.

3. 4개의 절삭날이 있는 전단기의 상단 블레이드와 4개의 절삭날이 있는 하단 블레이드(6CrW2Si).

4. 나이프 간격과 절단 각도는 재료 두께를 입력해야만 CNC 컨트롤러 ELGO P40에서 프로그래밍할 수 있습니다.

5. Hydraulic overload can be protected by an overflow valve and knife rack returns by Nitrogen cylinders.

6. Guillotine shearing machine footswitch with the emergency button can stop the machine immediately when an accident happens.

7. 다국어 컨트롤러 작동 인터페이스는 전 세계 고객이 쉽게 사용할 수 있습니다.

8. CNC shearing machine front arms with a ruler and roll balls can ensure cutting accuracy and feed the material easily.

P40 CNC 컨트롤러

1. LCD 디스플레이

2. 다국어

3. 수동 인칭 기능

4. Single-set operation

5. 프로그램 메모리

6. 독일산

7. 절단 각도 및 칼날 간격 조절

9. 중국어/영어용 언어

CNC Steel Guillotine Shearing Machine Front Feeding Table

The front feeding table of the shearing machine can make the metal plate on the top of the feeding plate quickly align with the inlet of theCNC Steel Guillotine Shearing Machine through the slide rail between the feeding plate and the support plate, and use the hydraulic cylinder so that the hydraulic rod can directly feed the metal plate to the inlet of the shearing machine, which greatly saves the feeding time of the device.