| Name | Unit | BKE-40T1300mm |
| Pressing Force | KN | 400 |
| Max.bending Length | mm | 1300 |
| Distance Between Frames | mm | 1200 |
| Max Opening Height | mm | 300 |
| Slide Stroke | mm | 150 |
| Throat Depth | mm | 220 |
| Approach Speed | mm / sec | 250 |
| Working Speed | mm / sec | 0.2-45 |
| Return Speed | mm / sec | 240 |
| X-axis Back Gauge Stroke | mm | 500 |
| R-axis Back Gauge Stroke | mm | 100 |
| Work piece straightness | mm/m | ≤0.03 |
| Y1, Y2 axis accuracy | mm | ±0.01 |
| X and R axis accuracy | mm | ±0.01 |
| CNC Control Axes | Y1, Y2, X, R, Z1, Z2 | |
| Main servo motor | KW | 6.5x2 |
| CNC System | Domestic CNC system | |
| Length x Width x Height | mm | 1500x1200x2440 |
| Weight | kg | 4500 |
| --Energy Conservation One of the advantages of pure electric servo drive technology is that the input power of the motor is proportional to the load power, and the power consumption is high during bending. The power consumption is low when the slider rises with no load, and there is basically no power consumption when the slider stops The pure electric servo Press brake does not use hydraulic oil, does not replace hydraulic oil, does not replace hydraulic components, does not replace or replace the system daily hydraulic oil leakage, and does not have waste oil treatment and pollution. Fast sliding speed, high production efficiency, and fast slider speed --Environment Protection The pure electric servo Press brake does not use hydraulic oil, does not replace hydraulic oil, does not replace hydraulic components, does not replace or replace the system daily hydraulic oil leakage, and does not have waste oil treatment and pollution. Fast sliding speed, high production efficiency, and fast slider speed. --High Bending Accuracy The bending angle error of the hydraulic Press brake is within ± 1 °, while the main drive of the servo Press brake is driven by the servo motor to drive the lead screw, which has higher transmission accuracy. By measuring the bending angle of various specifications of plates, the bending angle error can be well guaranteed to be within ± 0.5 ° | ||
