This equipment is suitable for laser cladding processing of multi-variety, large-batch shaft workpieces with a weight ≤10t and length ≤20m; it features an open-structure design for quick loading and unloading of workpieces; it uses an intelligent operation control system that is simple, flexible, and convenient to operate; optional configurations include CCD molten pool monitoring, molten pool temperature closed-loop control, adaptive height following system, oscillation system, online preheating system, wire (cold wire/hot wire) components and systems, etc.

This equipment is suitable for laser cladding processing of inner holes with a minimum inner diameter of 45mm, weight ≤10t, and length ≤12m workpieces. It has been widely applied in products of industries such as hydraulic cylinders, oil casings, energy storage pipelines, and screw barrels. It features an open-structure design for quick loading and unloading of workpieces; an intelligent operation control system that is simple, flexible, and convenient to use; optional configurations include CCD molten pool monitoring, molten pool temperature closed-loop control, adaptive height following system, online preheating system, and wire (cold wire/hot wire) components and systems.

Mobile robotic laser cladding equipment has unparalleled advantages for on-site cladding processing of workpieces that cannot be disassembled or transported; this equipment can achieve cladding processing of various types and large-size workpieces in the user's workshop by being equipped with different types of motion systems such as rotary tables and positioners. The mobile laser cladding equipment mainly includes a mobile platform, laser, laser cladding heads with different structures, six-axis robotic arm, positioner, water cooler, voltage stabilizer, powder feeder, and the software and hardware required for integrated control, enabling laser cladding and additive manufacturing on the surfaces of various workpieces.

This equipment can perform laser cladding processing and additive manufacturing on various workpieces with a maximum weight of 30t and length of 30m. By equipping different types of motion systems such as planar rotary tables and positioners, it can also achieve cladding processing on flat, curved, and spherical components.

Gantry-type laser cladding equipment is mainly used for cladding processing of large irregular workpieces. The equipment adopts a gantry plus cantilever six-axis manipulator structure and is a solution for cladding processing of ultra-large irregular workpieces. This type of equipment has been successfully applied to the cladding processing of boiler water wall tube bundles.