• High power utilization rate: the powder utilization rate during cladding can reach up to 95%.
• High work efficiency: The cladding efficiency is high and large-area laser cladding can be achieved.
• The cladding thickness is controllable, and the effective thickness of a single layer can be controlled from 0.5 to 2mm.
• Laser cladding has a large working distance, that is, the distance between the cladding head and the workpiece surface. The process is easy to implement and has strong process controllability.

Features

• Optical path selection: The optical system has a modular design and can be assembled into a single-bending or double-bending optical path according to application requirements.
• Power adaptation: applicable to fiber lasers or semiconductor lasers up to 12KW.
• Various options: According to customer needs, different modules can be equipped to output light spots of different sizes (10×2 mm, 16×2.5mm, 20×2, 30×2).
• Safety sealing: The whole machine adopts a fully sealed design with a built-in circulating water circuit.
• Flexible design: pluggable protective mirror design.

Parts Options

• Coaxial powder feeding module: 10×2, 16×2.5, and 20×2 can be equipped with coaxial powder feeding module to achieve coaxial powder feeding and cladding.
• Side-shaft powder feeding module: All wide-spot cladding heads can be equipped with a side-shaft powder feeding module.

Optional Module Description

• The coaxial powder feeding module is used with a carrier gas powder feeder.
• The side-shaft powder feeding module is used with a gravity powder feeder or a pressure relief valve.