CNC 4-Axis Press Brake with S640

CNC 4-axis press brake is a computer-controlled machine used in the manufacturing industry to bend and shape sheet metal into various shapes and sizes. The press brake uses a hydraulic or mechanical press to apply force to a metal sheet, which is clamped between a punch and die.

The 4-axis refers to the number of movements the machine can make, which are the Y-axis (vertical movement of the ram), the X-axis (horizontal movement of the back gauge), the R-axis (depth of the back gauge), and the Z-axis (depth of the ram). These movements allow for greater precision and flexibility in bending metal sheets into different shapes and angles.

The CNC (Computer Numerical Control) aspect of the machine means that it is controlled by a computer program, which allows for precise and consistent bending of metal sheets. The operator inputs the required specifications into the program, such as the desired bend angle, material type and thickness, and the machine executes the bending process automatically.

Overall, a CNC 4-axis press brake is a versatile and efficient tool in the manufacturing industry, capable of producing high-quality metal parts with accuracy and consistency.

CNC 4-Axis Press Brake safety standard

EN 12622: 2009 + A1: 2013 /EN ISO 12100: 2010 /EN 60204-1: 2006 + A1: 2009
Front protection device to protect fingers (safety light curtain)
South Korea KACON footswitch (level 4 safety level)
Rear metal protection and CE standards
Safety relay monitor completes pedal switch, safety protection
Safety standard (2006/42/EC)

CNC 4-Axis Press Brake Main features

The whole welded machine structure achieves high rigidity; the machine designs by ANSYS software can ensure the reliability and precision of the CNC 4-Axis Press Brake.

WE67K 100T/3200 CNC 4-Axis Press Brake redesigns based on users’ preference to increase productivity and keep the costs at a minimum level with high bending accuracy and low-cost maintenance.

High quality and repetitive bending accuracy is obtained by using a synchronized cylinder and proportional valves

Bending angle calculation and back gauge position calculation can be achieved by inputting metal sheet material information, sheet size, and punch and die size.

The crowning system can work with a CNC controller automatically to achieve higher bending accuracy and linearity. Hydraulic crowning and motorized crowing systems are optional.

CNC back gauge with several axes can work with different shape work-pieces well.