The GF101+GF102 robotic laser cutting head system is an integrated, highly dynamic optical solution engineered explicitly for complex multi-axis 3D material processing, automotive stamping parts profiling, and micro-contour fabrication. Designed to bridge the gap between fixed torches and traditional articulated mechanics, this dual-unit module combines a programmable A/B-axis system with a dedicated focus actuator to ensure the structural integrity of the beam profile during aggressive robotic spatial orientation shifts. Built to reduce physical automation payloads, the GF101+GF102 features a ultra-compact configuration with an integrated Z-axis, eliminating mechanical interference and delivering exceptional closed-loop precision within confined working cells.
Key Specifications:
| Product | Robotic Laser Cutting System with Small Contour Interpolation |
| Model / Series | GoFly Series (GF101 Head + GF102 Mechanical Axis Module) |
| Power Rating | ≤ 4 kW |
| Integrated Drive Axes | Dual-axis Programmable A/B Motion & Built-in Motorized Z-Axis |
| Clear Aperture | 28 mm |
| Optical Configuration | Focusing Lens Focal Length: 150 mm |
| Maximum Contour Diameter | 45 mm (For ultra-fast interpolation cuts without moving the main robot arm) |
| Contour Precision | ±0.1 mm |
| Fiber Interface Compatibility | Standard QBH, QD (LLK-D) interfaces |
| Maximum Gas Pressure | ≤ 25 bar |
| System Total Weight | Approximately 11 kg |
Key Features & Industrial Benefits:
- High-Precision Small Contour Interpolation: Utilizes the programmable A/B axes of the GF102 unit to cut small complex holes, slots, and geometries (up to Ø45mm) at high speed while the main robotic arm stands completely still, dramatically increasing productivity.
- No-Teach Embedded Software Graphics: Comes equipped with dedicated control software featuring 8 pre-programmed standard cutting graphics that interface with the robot via I/O links, eliminating the need for tedious manual robot path teaching.
- Ultra-Compact Built-in Z-Axis Layout: Integrates the vertical focus tracking component straight into the primary chassis body, narrowing down the physical operation envelope and decreasing collision interference with narrow fixture walls.
- Light-Duty Payload Reduction: Manufactured via high-grade micro-machining to deliver excellent dynamic characteristics and high precision without adding excessive structural mass to the robot’s wrist.
- Drawer-Type Cover Glass Mechanics: Features a standard drawer-type protective window holder arrangement, facilitating rapid, tool-less on-site cleanroom maintenance and maximum lens service life.
