Raytools BD04K Auto Focus Tube Cutting Head

The BD04K is a high-performance auto focus tube cutting head designed for 4KW fiber laser systems. Engineered for speed, accuracy, and versatility, it features a lightweight body for fast acceleration and an optimized optical and airflow design that ensures superior cutting quality and operational efficiency. With support for multiple optical fiber interfaces including QBH and G5, the BD04K is compatible with a wide range of fiber laser sources.

Its advanced sealing structure keeps the beam path clean and free from contamination, while the intelligent auto-focusing system enables dynamic focus adjustment for different materials and thicknesses — delivering consistent results across diverse applications.

• Auto-Focus Function: Automatically adjusts the focal position to match different cutting materials and thicknesses, improving productivity and cut precision.

• Lightweight Design: Reduces load for faster acceleration and smoother movement, enhancing system responsiveness.

• Optimized Optical System: Delivers stable and precise laser transmission for high-quality cuts.

• Efficient Airflow Design: Enhances cutting quality by reducing thermal effects and minimizing slag and smoke interference.

• Wide Compatibility: Supports QBH, G5, and other fiber interfaces, making it suitable for most mainstream fiber laser brands.

• Sealed Structure: Maintains a clean optical path and extends component lifespan by preventing dust and debris intrusion.

• Tube Cutting: Precision cutting for round, square, and special-shaped tubes.

• Flat Cutting: Suitable for sheet metal and plate processing.

• Robot Cutting: Integrates seamlessly with robotic arms for automated production lines.

• Micro Cutting: High precision performance in fine detail cutting.

• 5-Axis & 3D Cutting: Ideal for complex, multi-dimensional cutting tasks.

• Laser Welding: Adaptable for high-precision laser welding applications.

• Cladding & Hardening: Compatible with laser surface treatment processes for material enhancement.