Hoerbiger LASGAM gas mixer mixes oxygen and nitrogen together during laser cutting, normally used alone. At its best, gas mixing can increase productivity by 50% and reduce gas consumption by 55%! Gas mixing improves the cut edge and significantly reduces burrs, so the time spent on post-processing decreases considerably or post-processing is even completely unnecessary before painting or welding. The mixer control is equipped with a convenient touchscreen interface and can be integrated directly into the control systems of lasers. When should GasMixer (mixed with 2…5% O2 into N2) be used?
- when cutting primarily carbon steel, i.e. “black steel”
- when the laser is more powerful than 8 kw
- when the sheet thickness is more than 8 mm
What is achieved with carbon steel
- gas consumption can be reduced by up to 50%
- cutting speed can increase by about 30%
- gas pressure can decrease by about 20%
Mixing gas works best with carbon steel, stainless steel increases slightly, and the pressure drops 20…30%, in aluminum the effect is smallest, the speed doesn’t change much, but the pressure drops 20…30% and the cut edge is quite good. Horbiger LASGAM is known for German quality, compact and functional solution for both new and existing lasers.
Dimensions
| Length (mm) | 785 |
| Width (mm) | 320 |
| Height (mm) | 150 |
| Weight (kg) | 20 |
Gas Connections
| Oxygen Inlet(integrated and independent) | G 1/2” up to 40 bar |
| Oxygen Outlet (integrated) | G 1/2” |
| Nitrogen Inlet(integrated and independent) | G 3/8” up to 25 bar |
| Nitrogen Outlet (integrated) | G 1/2” |
| Air Inlet | G 1/8” 6–8 bar |
| Gas Mixing Outlet (independent) | G 1/2” one bar lower than oxygen inlet |
Electrical Connections
| Power Supply | 24 V DC 20 W M12 A-coded 4-pin female |
| BUS Connection | EtherCAT (in & out) M12 D-coded 4-pin female |
Mixing Capability
| Oxygen Control | 0–20% in mixing mode |
| Repeatability | ±0.007% |
| Control Accuracy | ±0.05% |
| Maximum Mixing Gas Flow | 2,500 liters per minute |
| Mixing Gas Pressure | one bar lower than oxygen inlet |
Modes (100% Nitrogen, 100% Oxygen)
| Flow (Nitrogen) | Unrestricted |
| Outlet Pressure (Nitrogen) | Oxygen Inlet Pressure |
| Flow (Oxygen) | Unrestricted |
| Outlet Pressure (Oxygen) | Oxygen Inlet Pressure |
