Description
The GAM386AT Automatic PCB Bottom Router Machine is engineered for high-precision depaneling of PCBs with tall top-side components up to 75mm. Its undercutting design ensures minimal stress during routing, making it ideal for consumer electronics, automotive electronics, and communication device PCBA.
Equipped with a high-speed CCD vision calibration system, the GAM386AT guarantees accurate positioning and repeatable cuts. Dual worktables with movable cover plates minimize spindle idle time during loading and unloading, while the 0°–180° flexible single transfer system allows seamless integration with upstream and downstream production stages.
The high-speed, ESD-protected spindle with automatic tool change reduces downtime and prevents static-related PCBA damage. Patented brush-lift dust collection attaches directly to the jig plate during cutting, dramatically improving dust removal efficiency for a cleaner and safer production environment.
Product Features
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CCD Vision Calibration: High-speed CCD vision automatic calibration ensures precise cutting. Cutting path simulation assists programming, and full-sheet scanning with offline editing enhances operational efficiency.
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Quick Line Changeover: Easily recall existing programs to prevent fixture errors and support fast program changes.
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High Software Reliability: Over 30 years of independent software development ensure stability, reliability, and defect-free operation.
Exclusive Advantages
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Robust Construction: One-piece welded frame provides stability and strength. The cast aluminum body resists oxidation, deformation, and deflection for long-term precision.
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Advanced Dust Collection: High-power dust collector with HEPA filtration and negative pressure monitoring. Patented floating brush (Patent No. ZL201721620742.X) enhances dust removal efficiency.
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Centralized Control: Optional centralized management enables real-time monitoring via an IP network. Remote device management via mobile app provides flexible control anytime, anywhere.
The GAM386AT offers a reliable, efficient, and flexible PCB depaneling solution for modern electronics manufacturing, combining precision routing, high throughput, versatile transfer options, and advanced dust management.
Application Examples
Specification
| Model | GAM386AT |
| Cutting Range | 350 × 300 mm |
| Loading Method | Rail conveyor |
| Unloading Method | Belt conveyor or rail conveyor |
| Transfer Method | Vacuum nozzle adsorption transfer |
| Flow Direction | Left to right or right to left |
| Cutting Functions | Straight line, L-shape, U-shape, circle, arc |
| Worktable | Dual worktables |
| Repeat Accuracy | ±0.02 mm |
| Cutting Accuracy | ±0.05 mm |
| Max. Moving Speed | X, Y: 1000 mm/s; Z: 800 mm/s |
| Spindle Speed | Max: 80,000 rpm adjustable |
| Spindle Tool Change | Automatic tool change |
| Broken Tool Detection | Equipped |
| Cutting Speed | 1–100 mm/s |
| Operating System | Windows 10 |
| Programming Method | CCD image intuitive teaching input |
| Control System | Precision multi-axis control system |
| XYZ Axis Drive | AC servo motor |
| Applicable Cutter Size | 0.8–3.0 mm |
| Power Requirement | AC220V, 50/60Hz, 4 kW |
| Air Requirement | 0.6 MPa, 200 L/min |
| Dimensions (L×W×H) | 1850 × 1500 × 1820 mm |
| Weight | 800 kg |
What PCB height can the GAM386AT handle?
It supports PCBs with top-side components up to 75mm, making it suitable for tall or densely populated boards.
How does the CCD vision system improve cutting accuracy?
The high-speed CCD vision calibration system automatically detects offsets and aligns the cutting path, ensuring precise and repeatable cuts.
Can the dual worktables operate independently?
Yes, users can perform simultaneous loading and cutting to minimize spindle idle time, and they can also merge the tables to handle larger PCBs.
What transfer flexibility does the machine offer?
The single transfer system is adjustable from 0°–180°, allowing seamless integration with upstream and downstream processes.
How does the machine protect the PCBA from static damage?
It uses a high-speed, ESD-protected spindle with automatic tool change, reducing static buildup during routing.
What dust collection features are included?
Equipped with a high-power dust collector, HEPA filtration, negative pressure monitoring, and a patented floating brush to maximize dust removal efficiency.
Is the machine software reliable for continuous operation?
Yes, with over 30 years of independent software development, it provides stable, reliable, and defect-free operation.
Can the GAM386AT be integrated into a centralized management system?
Yes, optional centralized control enables real-time monitoring via an IP network, and remote device management is available through a mobile app.
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