Description
Durability and advanced technology have been built into the LASERTEX ensuring dependable ease of operation. The LASERTEX is the answer for improving existing production processes and opening new opportunities to expand your business.
The LASERTEX-series cutting machines is the ultimate solution for the larger capacity and higher accuracy demands of today's industry. The LASERTEX is designed to address the increasing demand for reducing the cost of operating expenses by utilizing common-line cutting and unmanned operation.
Costs can be reduced significantly by operating the system unattended during night shift hours. The LASERTEX is capable of producing two shifts of operation for one shift's labor cost. A dross-free result eliminates the need for secondary cleaning operations. Common-line cutting reduces remnant scrap costs from 1% to 5%. With unmanned operation, cost of operating the machine is lower due to decreased cost of power and no operator interference.
Features
Technical specifications
| Lasertex 2120 / 2620 / 3120 / 3620 | |
|---|---|
| Structure | Gantry dual drive resonator on board type. |
| NC | Fanuc 180 |
| Tape memory length | 1280m |
| Effectice cutting width | 2.1m, 2.6m, 3.1m, 3.6m |
| Effective cutting length | Rail length minus 3m. |
| Rapid feedrate | 24,000 mm/min |
| Laser beam path | Fixed laser beam length |
| Focal point adjustment | NC controlled focus function. |
| Lens holder | Drawer type - one touch exchange. |
| Cutting parameter | NC cutting parameter setting function. |
| Input power supply | 200VAC, 3 phase, 50/60Hz. |
| Cutting thickness | 16mm (m.s.), 6mm (s.s.) |
| Laser resonator | Fanuc C2000-E |
| Principle | High speed axial flow type CO2 gas laser depending on high frequency excited method. |
| Structure | Resonator / power supply integrates design. |
| Rated output power | 2.000W |
| Max. output power | 2.000W |
| Pulsed peak output | 2.700W |
| Output stability | - 1% |
| Wavelength | 10.6 u.m. |
| Beam mode | Low order mode |
| Beam diameter | Approx. 23mm |
| Polarised light | 45 degrees lineary |
| Beam dipersion angle | Less than 2mrad45 degrees lineary |
| Pulse frequency | 5-2.000Hz |
| Pulse duty cycle | 0-100% |
| Laser gas | CO2 / HE / N2:5 / 40 / 55 |
| Laser gas consumption | 10 Litres / hour |
| Lasertex 3540 / 4040 / 4540 / 5040 / 5540 | |
|---|---|
| Structure | |
| NC | Fanuc 180 |
| Tape memory length | 1280m |
| Effectice cutting width | 3.5m, 4.0m, 5.0m, 5.5m |
| Effective cutting length | Rail length minus 3m. |
| Rapid feedrate | 24,000 mm/min |
| Laser beam path | Fixed laser beam length |
| Focal point adjustment | NC controlled focus function |
| Lens holder | Drawer type - one touch exchange |
| Cutting parameter | NC cutting parameter setting function |
| Input power supply | 200VAC, 3 phase, 50/60Hz |
| Cutting thickness | 22mm (m.s.), 14mm (s.s.) |
| Laser resonator | Fanuc C4000-E |
| Principle | High speed axial flow type CO2 gas laser depending on high frequency excited method |
| Rated output power | 4.000W |
| Max. output power | 4.000W |
| Pulsed peak output | 5.000W |
| Output stability | -2% |
| Wavelength | 10.6 u.m. |
| Beam mode | Low order mode. |
| Beam diameter | Approx. 27mm |
| Polarised light | 45 degrees lineary |
| Beam dipersion angle | Less than 2mrad. |
| Pulse frequency | 5-2.000Hz |
| Pulse duty cycle | 0-100% |
| Laser gas | CO2 / HE / N2:5 / 40 / 55 |
| Laser gas consumption | 10 Litres / hour |
| Lasertex 3560TR / 4060TR / 5060TR / 5560TR / 7060T | |
|---|---|
| Structure | Gantry dual drive resonator on board type. |
| NC | Fanuc 160L |
| Tape memory length | 1280m |
| Effectice cutting width | 3.5m, 4.0m, 5.0m, 5.5m, max. 7m |
| Effective cutting length | Rail length minus 3m |
| Rapid feedrate | 24,000 mm/min |
| Laser beam path | Flying optics. |
| Focal point adjustment | NC controlled focus function |
| Lens holder | Drawer type - one touch exchange |
| Cutting parameter | NC cutting parameter setting function |
| Input power supply | 200VAC, 3 phase, 50/60Hz |
| Cutting thickness | 25mm (m.s.), 16mm (s.s.) |
| Laser resonator | Trumpf TLF6000 turbo HQ |
| Principle | High speed axial flow type CO2 gas laser depending on high frequency excited method |
| Rated output power | 6.000W |
| Max. output power | 6.000W |
| Pulsed peak output | 6.000W |
| Output stability | -2% |
| Wavelength | 10.6 u.m. |
| Beam mode | Low order mode |
| Beam diameter | Approx. 27mm |
| Polarised light | Straight (vertical) |
| Beam dipersion angle | Less than 2mrad |
| Pulse frequency | 5-2.000Hz |
| Pulse duty cycle | 0-100% |
| Laser gas | CO2 / HE / N2:5 / 40 / 55 |
| Laser gas consumption | 20 Litres / hour |
| Lasertex 3560 / 4060 / 5060 / 5560 / 7060 3560 | |
|---|---|
| Structure | Gantry dual drive resonator on board type. |
| NC | Fanuc 160L |
| Tape memory length | 1280m |
| Effectice cutting width | 3.5m, 4.0m, 5.0m, 5.5m, max. 7m |
| Effective cutting length | Rail length minus 3m. |
| Rapid feedrate | 24,000 mm/min |
| Laser beam path | Flying optics |
| Focal point adjustment | NC controlled focus function |
| Lens holder | Drawer type - one touch exchange |
| Cutting parameter | NC cutting parameter setting function |
| Input power supply | 200VAC, 3 phase, 50/60Hz |
| Cutting thickness | 28mm (m.s.), 25mm (s.s.) |
| Laser resonator | Fanuc C6000-E |
| Principle | High speed axial flow type CO2 gas laser depending on high frequency excited method |
| Rated output power | 6.000W |
| Max. output power | 6.000W |
| Pulsed peak output | 6.000W |
| Output stability | -2% |
| Wavelength | 10.6 u.m. |
| Beam mode | Low order mode |
| Beam diameter | Approx. 28mm |
| Polarised light | Straight (vertical) |
| Beam dipersion angle | Less than 2mrad |
| Pulse frequency | 5-2.000Hz |
| Pulse duty cycle | 0-100% |
| Laser gas | CO2 / HE / N2:5 / 40 / 55 |
| Laser gas consumption | 20 Litres / hour |
