장비의 특성 설명

The reflective laser cladding head adopts a Z-type reflective optical path, and its terminal end can be equipped with various nozzle configurations—including coaxial ring, coaxial broadband, 및 off-axis broadband nozzles. This design achieves exceptionally high overall powder utilization efficiency, enabling the system to meet the laser cladding and laser hardening requirements for the majority of industrial components.

With its optimized reflective beam delivery and multi-nozzle compatibility, the cladding head provides stable melt-pool control, uniform deposition, and high processing efficiency across a wide range of industrial applications.

처리된 샘플
레이저 클래딩: 마이크로 규모의 산업 “최소 침습 수리” 및 재제조 혁명
레이저 클래딩 기술을 사용한 고성능 플런저 내마모성 코팅
고부가가치 항공우주 부품을 위한 레이저 금속 3D 프린팅 및 재제조
반사형 레이저 클래딩 헤드
높음 안정성

Equipped with high-quality beam homogenization technology, the system delivers exceptional process stability and outstanding resistance to high-reflective materials, ensuring reliable performance across demanding industrial applications.

High-Efficiency 분말 수유

Supports high-power needle-type powder feeding, ring-shaped powder delivery, and coaxial broadband powder nozzles, meeting the requirements of high-power laser cladding and precision material processing.

Enhanced 안전

Integrated temperature-monitoring protection modules allow real-time tracking of the protective lens temperature during cladding operations, ensuring safe and stable long-term use of the optical components.

Wide 파우더 Particle Size Compatibility

The optimized powder delivery nozzles ensure smooth, stable feeding without clogging, supporting 100-400 메쉬 금속 분말 with high powder concentration and consistent flow.

확장 서비스 수명

The improved coaxial shielding gas injection module provides excellent molten-pool protection and reduces contamination, significantly extending the service life of protective lenses and key optical components.

Rich 기능

By simply replacing the end-component module, the system can perform metal 3D printing, welding, hardening, coaxial cladding, off-axis cladding, and other advanced laser processing tasks, offering strong adaptability for diverse industrial needs.

카테고리사양
광학 인터페이스QBH, QD, LLK-D, LOE
광 경로 설계Z-type reflective structure
Lens ConfigurationCollimating lens + focusing lens
보호 렌즈3 레이어
냉각 방법수냉식
전력 내구성≤ 20,000 W
초점20 × 4 mm, 25 × 4 mm, 40 × 3 mm (customizable)
적용 가능한 파장900-1080nm
레이저 전송 효율성> 99.25%
Optical Adjustment RangeX, Y, Z adjustment range: ±1.5 mm; Angular adjustment: ±40°
온도 센서Protective lens
분말 공급 구조Gravity powder feeding
파우더 사용률> 97%
무게11.5 kg
선택적 기능Temperature ring, CCD monitoring, height-following system, oscillation system
반사형 레이저 클래딩 헤드