Non-contact laser cutting, micron-level precision cutting,
No stress damage, perfect connection with SMT production line;
Ensure zero damage to PCB solder joints and smooth cutting edges.
Features of laser depaneling
Micron-level cutting accuracy: laser spot ≤30μm, complex path precision cutting, suitable for 0.1mm ultra-narrow board edge.
Zero damage guarantee: non-contact processing eliminates stress deformation, and there are no micro cracks in solder joints and components under the microscope.
Smooth and flat cutting surface: no burrs, no carbonization, Ra＜0.5μm industrial-grade finish, improving product reliability.
Fully automated integration: intelligent adjustment of track width, can be connected to SMT placement machine, AOI inspection line, and build unmanned production line.
Five-step automated process, no intervention throughout the process:
Automatic track feeding
PCB board is smoothly transported into the depanel through high-precision track, seamlessly connecting the front-end SMT process.
Precise positioning of transplanting
The robot automatically grabs the PCB and places it in the laser cutting area to ensure zero position deviation.
Laser stress-free depaneling
Efficient laser instant cutting, no physical contact, no mechanical stress, heat-affected zone＜50μm.
Finished products are automatically discharged
After the board separation is completed, the robot moves the finished products to the discharge track and directly passes to the back-end inspection/packaging.
Intelligent recycling of waste materials
The waste board edges are automatically separated and discarded to keep the work area clean.
The panel separation function and parameters for end mills/fixtures are easy to set.
Processing efficiency and end mill usage data are clearly displayed.
The historical message pane makes it easy to query operation records.
It features router bit life management, maintenance alerts, and spindle speed settings management.
The account password can be set to differentiate user permissions for different levels of personnel according to management needs.
A fingerprint recognition module can be added for convenient management.
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.
Cutting programs can be edited offline and directly imported into the machine, improving utilization rate.
Simpler, more user-friendly, with automatic recognition of cutting paths.
After full-board PCB scanning, editing allows for quick modifications to cutting paths, improving programming efficiency.
Cutting line colors are selectable, making it easier to identify different color PCBs.
Maintenance time can be set.
Time to clean the dust filter bag.
The system will remind operators to perform maintenance on the equipment regularly.
Optional Central Control System: Unified management and real-time monitoring via network IP.
Remote Device Unified Management: Remote monitoring via mobile app.
Item | ZAM330AT |
Data Processing Software | CircuitCAM 7 |
Operating Software | DreamCeaTor 3 |
Laser Source | Option UV/Green Light/Infrared, Picosecond/Nanosecond |
Max. Processing Area | 300mmx300mm (Dual Work tables) |
Scanning Galvo | intelliSCAN+RTC5 |
Telecentric Lens | Wavelength-related |
Reflector | Wavelength and Power-related |
Motor | Servo Motor |
Motion Control Card | GTS-400 |
CCD Light Source | Annular Light |
Industrial PC | CPU: I5, Memory: 4GB/DDR3, Hard Drive: 1TB |
Monitor | 17-inch LCD Screen |
Platform Structure | Marble |
Appearance Dimensions | 1620mm*1770mm*2250mm |
