FC1 Laser cutting head
| Wavelength | 1030-1080 nm |
| Laser power, max . | 2 KW (6 KW, komplett wassergekühlt) |
| Manual focus position adjustment | 20mm (+5/-15) |
| Fiber mount | QB oder QD |
| Collimation focal lengths | 80, 100, 120, 150mm |
| Focal lengths | 150, 200mm |
| Clear aperture | 32mm |
| Transmission | > 98% @ 1064nm |
| Cutting pressure max . | 25 bar |
| Protective glass cassettes for collimation and focusing |
| INPOS- and temperature sensors for both protective glass cartridge |
| Pressure sensor cutting gas (optional) |
Application
The laser cutting head FC1 is predominantly used in low to medium power lasers machines, impresses with its slim design and the related low weight. The use of aspheric lenses guarantees the best optical properties; protective glass cassettes on both the collimation side and the pressure seal below the focusing lens protect the optics from contamination. The technical design of the manual adjustment of the focus position is convincing by precision, the focus position can be precisely adjusted without tools via the generously dimensioned adjustment range of 20mm and can safely hold it without countering. The fast distance sensor allows precise control even when cutting the thinnest materials. Thus the FC1 offers excellent cutting performance at an interesting price.
FC4 Laser cutting head
Application
The laser cutting head FC4 is predominantly used in medium power lasers machines, impresses with its slim design and the related low weight.
The use of a deformable (adaptive) mirror is of great importance in this case, since no motorized lens adjustment for focus adjustment is required any more. The focus adjustment via adaptive optics above the focusing lens is fast, reliable and precise. Focus positions for a wide variety of materials can be determined, stored in the machine CNC and called up for controlling the optics as desired. The dynamics of the adaptive optics are also clear when piercing the material before the beginning of the cut – for a full stroke, only 0.2 seconds are required. Especially when cutting thicker materials, the time saving can be considerable.
The use of aspheric lenses guarantees the best optical properties; protective glass cassettes on both the collimation side and the pressure seal below the focusing lens protect the optics from contamination.
The fast distance sensor system always allows the precise regulation of the nozzle spacing; drift by heating the distance sensor has been largely electronically compensated.
| Wavelength | 1030-1080 nm |
| Laser power, max. | 6 KW |
| Weight | 3,7 kg |
| Fiber mount | QB oder QD |
| Collimation focal lengths | 80, 100, 120, 150mm |
| max divergence (half angle): | CL 80mm – 140mrad CL 100mm – 114mrad CL 120mm – 95mrad CL 150mm – 75mrad |
| Focal lengths | 150, 200mm (120mm in Vorbereitung) |
| Focal shift | FL 150mm (+5/-10) FL 200mm (+6/-20) |
| Clear Aperture | 32mm |
| Transmission | > 98% @ 1064nm |
| Cutting pressure max . | 25 bar |
| Protective glass cassettes for collimation and focusing |
| INPOS- and temperature sensors for both protective glass cartridge |
| Pressure sensor cutting gas (optional) |
Contact person
| First name: | Dietmar |
| Last name: | Bischof |
| Responsible for: | Beam guidance |
| Phone: | +49 (0) 7552 – 4 05 99-70 |