Laser hardening increases the lifetime of components subjected to wear in operation. Laser hardening improves wear resistance, heat resistance, residual stresses in the hardened layer, the mechanical characteristics and corrosion resistance. Laser hardeneing is applied locally to minimize heat input in surrounding areas.
The FL-HARD-P Laser Hardening Cell is designed for surface laser hardening. The machine can be used as both a local standalone product as well as part of production lines.
| Coordinate system based on linear drivers ensures high dynamics and accuracy |
| High productivity amd reliability |
| Low energy consumption and low cost of ownership |
| Minimum maintanance |
| Fiber Laser Power, kW | 2 |
|
Maximum Speed of the Optical Head, m/min |
up to 12 |
| X-Y-Z Axis Travel Span, mm | 1300 × 1300 × 500 |
| Accuracy Along X and Y Axis, mm | < 0.2* |
| Repeatability Along X and Y Axis, mm | < ±0.1* |
| Maximum Weight, kg | 1600 |
| Supply Voltage | 380 V +6% / -10%, 50 Hz |
* Per 1 meter of travel and accounting for thermal expansion
• IPG Fiber Laser
• IPG Laser Cooling System
• IPG Optical Head
• Portal LaserHard
• Filtering Equipment
• Voltage Regulator
• Cell Enclosure
• Management software installation and setup technological modes
| Cutting and Drillling Tools | Automobile Industry |
| Press Forming Tools | Aerospace Industry |
| Medical Device Manufacturing | Defense Industry |