The working principle of the laser quenching head is that the laser beam is focused and then irradiates the surface of the workpiece, instantly heating the surface layer of the material to the austenitizing temperature (about 900-1200℃). Subsequently, through the material's own heat conduction or an auxiliary cooling medium (such as compressed air), it is rapidly cooled to form a high-hardness martensitic structure, achieving surface strengthening.
Online InquiryThe working principle of the laser quenching head is that the laser beam is focused and then irradiates the surface of the workpiece, instantly heating the surface layer of the material to the austenitizing temperature (about 900-1200℃). Subsequently, through the material's own heat conduction or an auxiliary cooling medium (such as compressed air), it is rapidly cooled to form a high-hardness martensitic structure, achieving surface strengthening.
| Technical Parameters of Inner Hole Laser quenching Head | |||
| Laser Type | Fiber Laser / Semiconductor Laser | Power Range | 500W-20000W (Customizable) |
| Spot Size | 6*2/8*2/10*2/15*2/20*2/30*2/40*2/50*2 (Optional) | Scanning Speed | 0.1-10M/MIN |
| Quenching Layer Depth | 0.2-2.0MM | Surface Hardness Improvement | HRC50-65 (Depends on Material) |
| Cooling Method | Water Cooling (Built-in Circulation System) | Protection Grade | IP67 (Dustproof and Waterproof) |
| Weight | 6.5KG | ||
