High Power Cladding Optical Lens GR-120LD/T4-T8 - China Suppliers and Factory for Laser Processing Applications
| High power cladding optical lens | |
| Model | GR-120LD/T4-T8 |
| Power level | 12KW |
| Fiber optic interface | QBH, QD, LLK |
| Applicable wavelengths | 900-1100nm |
| Spot size | φ3-5mm |
| Protect the mirror cabin | 3layer |
| Temperature monitoring | Digital temperature detection |
| Powder delivery form | Multi-channel focusing |
| Aperture | Ф50mm |
| Collimator focal length | 100mm |
| Focus lens focal length | 300mm, 400mm, 500mm |
| Assist gas pressure | 15bar |
| CCD interface | TYPE-C, TYPE-CS |
| Weight | 6KG |
1. Fully enclosed structure, dustproof grade IP65, ensures long-term stable operation of the equipment in complex industrial environments.
2. A combination of multiple nozzle powder feeding methods greatly improves the powder deposition efficiency and achieves a uniform and dense cladding layer, which is suitable for different materials and process requirements.
3. The full copper mirror design ensures stable spot quality, improves the reliability of continuous operation, and effectively solves the stability of high-power cladding.
4. The inner cavity double water cooling and coaxial airflow protection system are adopted to extend the service life of the lens.
5. With a variety of nozzles to choose from, CCD can be optionally equipped to facilitate the observation of the molten pool process and real-time monitoring of the molten pool morphology and temperature.
The lens supports a high power level of up to 12KW, making it suitable for demanding industrial laser cladding applications.
It is compatible with QBH, QD, and LLK fiber optic interfaces, ensuring broad compatibility with various laser systems.
It features digital temperature detection to monitor the lens temperature in real-time, preventing overheating and ensuring stable operation.
The lens features a fully enclosed structure with an IP65 dustproof grade, protecting internal components in harsh industrial environments.
Yes, it is equipped with TYPE-C and TYPE-CS CCD interfaces, allowing optional CCD integration for real-time monitoring of the molten pool morphology and temperature.
The system utilizes an inner cavity double water cooling system and coaxial airflow protection to effectively manage heat and extend the service life of the optical components.