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EPB-G-3515
lzk
Using the dual servo principle, the Y1 (ball screw) and Y2 (right ball screw) axes are controlled by powerful new generation servo motors. Quick response, high speed, low failure.
EPB-G Series press brakes use an “O-frame” instead of a “C-frame” as in normal machines. The “O-Frame” has less deflection than the “C-Frame”, which is useful for higher tonnage and longer length machines. Due to the strategic positioning of the drive, the EPB-G series electric bending machine is equipped with an “automatic crowning function” as standard. Each drive varies the force independently, depending on the position of the material on the press brake. Many “electric” competitors don’t have this capability because they use belts and pulleys on the punch, which doesn’t allow the machine to “precisely position” the force on the punch. Customers will also find significant power savings compared to traditional hydraulic presses.
High-precision four-axis back gauge is adopted. It is driven by servo motor, ball screw and linear guide to ensure high-precision operation. Beam height is adjusted by CNC.
It is made of high-strength steel and has a non-linear corrugated block structure. Driven by a motor, the compensation amount can be adjusted precisely.
The Italian DSP laser protection device, the DSP laser safety protection device fully protects the personal safety of the bending machine operator and avoids the danger caused by the rapid movement of the slider on the machine tool. A block-shaped protection area is formed for the bending tip to protect the front, middle and rear areas of the tip. The protection area is fixed under the tool tip and moves synchronously with the mold, which ensures that any object below must enter the protection area generated by DSP before touching the tool tip when the mold moves down at high speed. Once an obstruction (such as a worker’s finger) enters the DSP protection area, the DSP will immediately send a signal and interrupt the downward movement of the slider.
Using the dual servo principle, the Y1 (ball screw) and Y2 (right ball screw) axes are controlled by powerful new generation servo motors. Quick response, high speed, low failure.
EPB-G Series press brakes use an “O-frame” instead of a “C-frame” as in normal machines. The “O-Frame” has less deflection than the “C-Frame”, which is useful for higher tonnage and longer length machines. Due to the strategic positioning of the drive, the EPB-G series electric bending machine is equipped with an “automatic crowning function” as standard. Each drive varies the force independently, depending on the position of the material on the press brake. Many “electric” competitors don’t have this capability because they use belts and pulleys on the punch, which doesn’t allow the machine to “precisely position” the force on the punch. Customers will also find significant power savings compared to traditional hydraulic presses.
High-precision four-axis back gauge is adopted. It is driven by servo motor, ball screw and linear guide to ensure high-precision operation. Beam height is adjusted by CNC.
It is made of high-strength steel and has a non-linear corrugated block structure. Driven by a motor, the compensation amount can be adjusted precisely.
The Italian DSP laser protection device, the DSP laser safety protection device fully protects the personal safety of the bending machine operator and avoids the danger caused by the rapid movement of the slider on the machine tool. A block-shaped protection area is formed for the bending tip to protect the front, middle and rear areas of the tip. The protection area is fixed under the tool tip and moves synchronously with the mold, which ensures that any object below must enter the protection area generated by DSP before touching the tool tip when the mold moves down at high speed. Once an obstruction (such as a worker’s finger) enters the DSP protection area, the DSP will immediately send a signal and interrupt the downward movement of the slider.
