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Stand Alone CNC PCB Router Machine with 0.01mm Positioning Repeatability
| Moq: | 1Set |
| prezzo: | Negoziabile |
| imballaggio standard: | Caso in compensato |
| Periodo di consegna: | 1-3 giorni dopo la conferma del pagamento |
| metodo di pagamento: | L/C, T/T, Western Union |
| Capacità di fornitura: | 300 set/mese |
stand alone CNC PCB router
,CNC router with 0.01mm precision
,PCB depaneling machine with high repeatability
CNC PCB Router Separator with 0.01mm Positioning Repeatability
It is a stand alone router machine specially designed to route (depanelize) printed circuit board assemblies (PCBA) into individual assemblies. The machine can accomodate larger PCBs in its two table configuration with maximum panel size of 650mm x 500mm. Its advanced control software provides user friendly "visual" programming for rapid and accurate online programming.
Specification
| Model | CW-F01-S |
| Standard working area | 320*320mm |
| Power | 220V, 4.2KW |
| Manipulator Repeatability | ±0.02mm |
| Resolution | ±0.01mm |
| Board Positioning | Dual workstation with nest fixture or pin fixture |
| Panel Location | Located by tooling holes or edges of PCB |
| Loading | Manual |
| Unloading | Manual |
| Panel Size | 320*320mm(standard) |
| Panel Thickness | 0.5-3.5mm |
| Spindle motor | KAVO Spindle |
| Tool Change | Manual |
| Dust filtration system | 3KW Vacuum Cleaner |
| Vision system | High resolution CCD video camera |
| Programming | Vision assisted point to point manual teaching |
| Editing Function | Dry run vision assisted / test run mode |
| Machine weight | 500kgs |
| Machine dimension | 113*140*108cm |
Features:
1. Manual loading/unloading processing
2. 2-way sliding working exchanger to limit the idle time and simultaneously loading and unloading to reaches the utmost output value.
3. Friendly touch panel with 10X CCD camera to minimize the time of programming
4. Auto fiducial mark point check and cutting route auto compensation to ensure the cutting accuracy
5. Auto router bit check to prevent the bit break incomplete cutting.
Video
Video
