The GF403 Series laser head is a high-precision orthogonal output uniaxial bevel optical system engineered explicitly for automated fiber laser tube and profile cutting applications requiring precise angular manipulation. Designed to handle intense industrial workloads, this specialized head accommodates fiber laser sources up to 4 kW, ensuring the structural integrity of the beam profile during heavy-duty cutting cycles. Featuring a dedicated motorized focus module and an integrated precise electric actuator, the GF403 delivers rapid structural orientation changes and ultra-precise autofocus execution across complex, non-linear manufacturing paths.
Key Specifications:
| Product | Orthogonal Output Uniaxial Bevel Laser Head |
| Model / Series | GoFly Series (GF403) |
| Power Rating | ≤ 4 kW |
| Bevel Angle Range | ±45° (Driven by a precise electric actuator) |
| Focus Range | -40 mm to +40 mm (Driven by a linear motorized module) |
| Fiber Interface Compatibility | QBH (Orthogonal output configuration for convenient laser placement) |
| Clear Aperture | 0.14 mm |
| Optical Configuration | Collimation Length 100 mm | Focus Length 150 mm |
| Maximum Speeds | Bevel Axis: 2 rev/s | Focus Axis: ≤ 200 mm/s |
| Maximum Accelerations | Bevel Axis: 125 rad/s² | Focus Axis: ≤ 10 m/s² |
| Positioning Accuracy | Bevel Axis: 0.005° | Focus Axis: 0.01 mm |
| Weight | Approximately 9.5 kg |
Key Features & Industrial Benefits:
- Advanced Uniaxial Beveling Functionality: Incorporates a high-precision electric actuator to rotate the head up to ±45°, allowing for perfect weld preparation and complex bevel cuts on structural profiles and tubes.
- Orthogonal Optical Layout: Engineered with an orthogonal fiber output configuration, which simplifies the physical routing of the fiber laser cable and ensures a highly convenient machine footprint layout.
- Premium Aviation Aluminum Body: The entire head structure is manufactured from premium aviation aluminum material via micro-machining, offering high rigidity, reduced mass, and optimal structural stability under intense dynamic acceleration.
- Linear Motor Focus Module: Employs an advanced linear motorized mechanism that drives the focus lens smoothly and rapidly, ensuring reliable real-time autofocus positioning during fluctuating workpiece heights.
- High-Accuracy Calibration Control: Delivers exceptional path positioning fidelity down to 0.01mm on the focus axis and 0.005° on the rotational bevel axis, drastically reducing manufacturing deviations and maximizing cut quality.
