
Laser cladding technology is an advanced surface modification technique. It uses a high-energy laser beam to melt the metal (or wire) and the substrate surface simultaneously, and then rapidly solidifies to form a dense coating metallurgically bonded to the substrate. This technology is mainly used for repair, strengthening or additive manufacturing, and it has advantages such as high precision, small thermal impact and good bonding strength.
Online InquiryLaser cladding technology is an advanced surface modification technique. It uses a high-energy laser beam to melt the metal (or wire) and the substrate surface simultaneously, and then rapidly solidifies to form a dense coating metallurgically bonded to the substrate. This technology is mainly used for repair, strengthening or additive manufacturing, and it has advantages such as high precision, small thermal impact and good bonding strength. The fully enclosed laser cladding equipment, with its closed cavity and integrated design, has significant advantages in terms of environmental protection and safety, powder recovery, thermal field control, quality stability and overall cost. It is particularly suitable for batch cladding and repair of shafts, planes, spheres and complex curved surfaces.

| Selection Table of Machine Tool Type Laser Cladding Equipment | |||
| Serial No. | Equipment Model | Laser Power | Equipment Application |
| 1 | GS-H3000R | 3000W | Laser Cladding of Shaft Parts |
| 2 | GS-H6000R | 6000W | Laser Cladding of Shaft Parts |
| 3 | GS-H12000R | 12000W | Laser Cladding of Shaft Parts |
| 4 | GS-W12000R | 12000W | Laser Cladding of Shaft Parts |
| 5 | GS-HW20000R | 20000W | Laser Cladding of Shaft Parts |