1. Solve the stress problem in the early stage of product vcut design.
2. Adopt a bottom rotating structure combined with a press strip design to solve the problem that the vcut well-shaped design cannot utilize the cover plate.
3. Support visual positioning, compensation, and achieve high-precision cutting.
4. Support visual assistance, image scanning, offline software programming, and other programming methods.
5. High-quality cutting: The cut is flat without burrs, with the same quality as milling cutter cutting.
6. Flexible configuration options: Selectable milling cutter and saw blade combination configuration to cope with complex product designs. Optional belt, rail, and electric cylinder for three different plate output methods to accommodate various wiring processes.
Project | KE-780S(Online single blade) | KE-780SF(Online composite) |
range of motion | 1130*820*820*50mm | |
Number of workstations | 2 | |
Single Workbench Cutting Range | 380*320mm | |
Cutting accuracy | ±0.05mm | |
positioning accuracy | ±0.01mm | |
MARKLocalization | ±0.08mm | |
Spindle speed | 5000-60000rpm | |
Milling cutter diameter | 0.8-3mm | |
PCB thickness | 0.5-3mm | |
cutting speed | 1-100mm/sec | |
Cut path | 0°90° | 0°90°Straight line, L-shaped, square |
Driving mode | ACservo motor | |
Visual system | 500WColor camera high-resolution lens | |
electrostatic treatment | Static eliminator/electrostatic brush | |
Dust collection method | Down suction (optional up suction) | |
Operating System | Windows10 | |
Host power supply | AC380V/2KW | |
Dust collection power supply | AC380V/3KW | |
Gas supply | 0.6Mpa | |
Machine dimensions(L*D*H) | 1940*1170*1740mm | |
Machine weight | About 1000 KG | |