Additive manufacturing for shaft components
Additive manufacturing of hydraulic cylinder parts
Additive manufacturing of pipe components
High material utilization rate and low overall cost; The dilution rate is extremely low, the coating composition is stable, and the performance does not deteriorate.
One click use, modular integration, intelligent industrial control full automation
Suitable for coating processing of various materials including stainless steel, copper alloys, nickel based alloys, cobalt based alloys, and titanium alloys.
The ultra-low heat input further reduces the deformation during the laser cladding process and can be used for the remanufacturing or production of new products for shaft, planar, and curved parts.
High melting efficiency, flexible and adjustable thickness and width in a single molding process, meeting the needs of ultra-thin layer precision coating and large-area rapid repair.
One click generation of processing paths, easy to operate, no need for professional programmers, quick to get started.
order number | unit type | parameter |
1 | Maximum heavy component (kg) | 3000 |
2 | laser power （w） | 6000 |
3 | Maximum cladding length (mm) | 0~3000 |
4 | Maximum outer diameter for cladding (mm) | Φ500 |
5 | Spindle clamping method | φ500mm four-claw rigid chuck with φ60mm center centering pin, tailstock equipped with Morse 6# rotary center, center sleeve diameter φ75mm, center sleeve stroke 150mm + roller center frame |
6 | Rear axle movement | Mechanical motorized movement, manual clamping |
7 | Total device weight (kg) | ≈5000 |
8 | Device size (mm) | ≈6400*2600*3200mm |
9 | Device transportation method | Forklift & truck handling |
