China GR-75ND Inner Hole Cladding Optical Lens - High Power Laser Head from Reliable Suppliers and Factory
Product Parameters
| Inner hole cladding optical lens | |
| Model | GR-75ND |
| Power level | 10KW |
| Fiber interface | QBH, QD, LLK |
| Aperture | ф50mm |
| Collimator focal length | 100mm |
| Focus lens focal length | 75mm |
| Applicable aperture | ≥ф75mm |
| Applicable inner hole depth | ≤1m |
| Assisted gas pressure | ≤15bar |
| CCD interface | TYPE-C, TYPE-CS |
| Weight | 10KG |
Product Function
- Precisely control the thickness and uniformity of the cladding layer to ensure the surface quality of the inner hole, and significantly improve the hardness, wear resistance and corrosion resistance of the workpiece.
- Independently develop the cladding head, cooperate with the multi-axis linkage CNC system to realize the fully automatic laser cladding processing of complex inner cavity structures.
Product Features
- The inner cavity spiral water cooling system is adopted for more sufficient cooling.
- A variety of nozzle specifications are available, and CCD can be equipped to facilitate the observation of the molten pool process.
- The inner hole depth is less than 2 meters, and it can be accurately laser clad.
- 3 types of fiber interfaces: QBH, QD, LLK.
- Achieve laser cladding with a hole diameter of more than 50mm.
Case
Frequently Asked Questions (FAQ)
The GR-75ND inner hole cladding optical lens is designed to support high-power operations up to 10KW.
This system supports 3 common types of fiber interfaces: QBH, QD, and LLK, providing great flexibility for different laser configurations.
It is suitable for inner hole depths of ≤1m (and can accurately laser clad depths under 2 meters) with an applicable aperture of ≥ф75mm, achieving cladding for hole diameters over 50mm.
It features an independently developed inner cavity spiral water cooling system, which ensures more sufficient and efficient cooling during long-duration operations.
Yes, the system can be equipped with CCD cameras via TYPE-C or TYPE-CS interfaces to facilitate real-time observation of the molten pool process.
The lens weighs 10KG and supports an assisted gas pressure of up to ≤15bar.

