Presentación de las características del equipo
The internal reflective coaxial ring, off-axis broadband, and coaxial needle-type laser cladding heads all utilize a reflective optical path, offering a compact structure, homogenized laser spot, excellent high-temperature resistance, high powder utilization, and outstanding operational stability.
Their specialized structural design provides strong anti-reflectivity performance and effectively prevents spatter and fumes from contaminating the protective lens. The integrated water-cooling, gas-cooling, and powder-feeding channels ensure reliable 24-hour continuous processing, making these cladding heads ideal for industrial inner-bore laser cladding and precision surface enhancement applications.
muestras procesadas
High Integration
The optical path, water-cooling channels, gas channels, and powder-feeding components adopt a highly integrated modular design, resulting in a compact structure and excellent overall stability.
Special Structural Design
The enhanced anti-reflection architecture effectively blocks back-reflected laser energy, spatter, and fumes, preventing contamination of the protective and reflective lenses.
Light–Powder Adjustment Module
The precise coaxial light–powder alignment module ensures uniform powder distribution and long, stable beam shaping, significantly improving cladding quality.
Wide Polvo Particle Size Compatibility
The optimized powder-feeding nozzle ensures smooth, consistent delivery without clogging, supporting 100–400 mesh metal powder with high powder concentration and stable flow.
Extended Service Life
The improved coaxial shielding gas injection module enhances molten-pool protection, minimizes contamination, and significantly extends the service life of protective lenses and optical components.
Rich Functionality
By replacing the terminal nozzle module, the system can perform metal 3D printing, welding, quenching, coaxial cladding, off-axis cladding, and a variety of additional advanced laser-based manufacturing processes.
| Categoría | Especificación |
|---|---|
| Optical Interface | QBH, QD, LLK-D, LOE |
| Optical Path Design | Reflective optical structure |
| Lens Configuration | Collimating lens + focusing lens |
| Protective Lens | Single layer |
| Método de enfriamiento | Refrigeración por agua |
| Power Endurance | ≤ 12,000 W |
| Focal Spot | 20 × 4 mm |
| Longitud de onda aplicable | 900-1080 nm |
| Eficacia de transmisión del láser | > 99.25% |
| Optical Adjustment Module | Incluye |
| End Reflection Angle | 110° / 120° / 130° (customizable) |
| Sensor de temperatura | Protective lens |
| Powder Feeding Structure | Coaxial strip-type powder feeding |
| Powder Utilization Rate | > 97% |
| Applicable Inner Diameter | ≥ 180 mm |
| Applicable Bore Depth | 3000 mm (extendable) |
| Peso | 35 kg (increased after length extension) |
| Características opcionales | CCD monitoring, height-following system, oscillation module |
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