HYDRAULIC PRESS BRAKE 125 TON

The WC67K-125T3200 model Hydraulic Press Brake is equipped with the E21 control system for precise bending operations. It features a bending pressure of 1250 kN, a bending length of 3200 mm, and a throat depth of 320 mm. The machine is designed for efficiency and accuracy, with a back-gauge stroke of 600 mm and a main motor power of 11 kW

HYDRAULIC PRESS BRAKE 160 TON

The WC67K-160T3200 Hydraulic Press Brake with E21 control system is designed for bending operations in metalworking. It has a bending pressure of 1600 kN, a bending length of 3200 mm, and a throat depth of 320 mm. The machine features an Estun E21 NC control system, Y-axis and X-axis system control adjustment, and a Delta frequency converter for precise positioning. It is equipped with Germany Bosch Rexroth hydraulic valve block and Siemens main motor for reliable performance

HYDRAULIC PRESS BRAKE 250 TON

The NC Press Brake WC67K-250T/3200 E21 is a hydraulic press brake designed for precision bending of metal sheets. It features a bending pressure of 2500 kN, a bending length of 3200 mm, and a throat depth of 400 mm. The machine is equipped with the Estun E21 NC control system, providing accurate control and easy operation

CNC HYDRAULIC PRESS BRAKE 135 TON

The CNC Hydraulic Press Brake MB8-135T3200 DA53T is designed for precision bending of metal sheets. It features a 4+1 axis configuration for Y1, Y2, XR, and crowning, ensuring high bending accuracy. The machine is equipped with the latest high-frequency hydraulic control technology, heat treatment of the rack, and a DA53T controller for easy operation

CNC HYDRAULIC PRESS BRAKE 175 TON

The CNC Hydraulic Press Brake MB8-175T3200 DA53T is designed for precision bending of metal sheets. It features a 4+1 axis configuration for Y1, Y2, XR, and crowning, ensuring high bending accuracy. The machine is equipped with the latest high-frequency hydraulic control technology and a heat-treated rack for optimal rigidity. The DA53T controller allows for easy operation and selection of suitable dies for complex shapes