Solving the problem of PCB high component board partitioning
Doul worktables and one cover plate which can move left and right, saving the waiting time for cutting when placing and taking plates.
Suitable for high components no more than 75mm.
The single transfer is flexible which can meet the docking requirements of the front and rear processes, the rotating shaft is set at 0-180 degrees to take and place PCBA.
Equipped with a high-speed CCD visual automatic alignment system.
Adopt a high-speed ESD automatic tool change spindle to reduce the damage to PCBA caused by static.
During the cutting process and moving process, the lifting brush can be attached to the bottom of the fixture, greatly improving the dust collect effect.
For track plate feeding, conveyor belt, track, and customized tray discharging can be selected.
Equipped with high-speed CCD vision automatic calibration system.
Can simulate cutting paths to assist in program programming, ensuring cutting path accuracy.
Combined with full-board scanning and offline programming functions, it enhances path editing efficiency.
By calling the existing program, fixture errors are avoided, enabling rapid program retrieval and quick changeover.
With over 30 years of independent software development, the PCB depaneling machine uses self-developed software, ensuring stability and reliability, and preventing board damage caused by bugs.
The PCB depaneling machine uses an integrated welded design structure, ensuring stability and high strength.
It is made of cast aluminum with a one-piece molding process, offering excellent oxidation resistance, no deformation, no displacement, long service life, and guaranteed precision.
Adopt High-Power Dust Collector
Dust Filtration with HEPA Grade
Equipped with Negative Pressure Detection, providing real-time alerts for dust collection status
Equipped with Floating Brushes (Invention Patent No. ZL201721620742.X) to enhance dust collection efficiency
Optional Central Control System: Unified management and real-time monitoring via network IP.
Remote Device Unified Management: Remote monitoring via mobile app.
| Item | GAM386AT |
| Valid cutting size | 350*300mm |
| Feeding method | Track delivery |
| Discharging method | Conveyor belt or track delivery |
| Tranfer method | Vacuum nozzle absorption |
| Movement direction | Left to right or right to left |
| Cutting function | Straight line¡¢L shape¡¢U shape¡¢Circle¡¢Arc |
| Process table | Dual tables |
| Repeat precision | ¡À0.02mm |
| Cutting precision | ¡À0.05mm |
| Max moving speed | XY:1000mm/sec £¬£¬£¬£¬£¬£¬£¬Z:800mm/sec |
| Spindle¡¯s speed | MAX:60000rpm Adjustable |
| Tool change type | Auto tool change |
| Broken tool detection | Yes |
| Cutting speed | 1-100mm/s |
| Operaion system | Windows 10 |
| Program teaching mode | Intuitive teaching by CCD image input |
| Control method | Precision multi-axis control system |
| XYZaxis driving method | AC servo motor |
| Size of router bit | 0.8~3.0mm |
| Power requirement | AC220V 50/60Hz 4kw |
| Pneumatic pressure requirement | 0.6MPa,200L/min |
| Dimension | 1850*1500*1820mm |
| Weight | 800kg |
