gh-Precision Shaft Laser Cladding Positioner for Industrial Surface Repair

Enhancing Industrial Cladding Performance

Heavy machinery components like engine crankshafts, turbine shafts, and industrial rotors endure extreme operational stress, leading to surface wear and corrosion. A dedicated shaft laser cladding positioner provides the essential rotation and alignment required to execute flawless laser cladding and laser re-manufacturing on cylindrical workpieces.

Robust Structural Design

This positioning equipment is engineered with a stable basic welding base that supports high-capacity industrial operations. Key core structural components include:

Rotating Spindle Box: Features a three-jaw self-centering chuck for fast clamping and continuous axial rotation.

Hydraulic Tail Jack: Delivers adjustable sliding, secure locking, and constant ejection force to lock long shaft workpieces in place.

Adjustable Support Rollers: Easily slide along the base to prevent sagging on extended cylindrical parts.

Advanced Control System: Regulates rotation speed seamlessly alongside the laser head.

Precise Operation and Technical Advantages

Operating with an adjustable spindle speed ranging from 0 to 100 r/min, this Laser cladding positioner ensures synchronized motion with the laser beam. High positioning accuracy—with chuck accuracy at ±5 arcmin and tailstock coaxiality within ≤0.15mm—eliminates dead zones and delivers uniform coating thickness across the surface.

Multi-Industry Applications

From repairing turbine blades in aerospace and power generation to extending the service life of automotive shafts and gears, this positioning system expands cladding capabilities, reduces processing time, and maximizes material durability.