Trumpf TruLaser Tube 5000 FIBER 3kW (T06)
| Working hours laser on | 32824 h |
|---|---|
| Working hours beam on | 28572 |
| Laser power | 3000 kW |
| Max. steel | 8 mm |
| Max. stainless steel | 5 mm |
| Max. aluminium | 6 mm |
| Max. copper | 4 mm |
| Max. brass | 4 mm |
| Length | 18000 mm |
| Width | 9000 mm |
| Height | 2800 mm |
| Machine weight | 21000 kg |
| max. tube length | 6500 mm |
| max. length finished parts | 4500 mm |
| max. tube diameter | 152 / 170 mm |
| min. tube diameter | 12 mm |
| max. tube weight | 25 kg/m |
| Serial number | |
|---|---|
| Construction year | 2015 |
Standard features
Machine:
Stable machine frame
Pipe support raw material with automatically retractable pipe supports
Push-through chuck with self-centering parallel clamping rollers
High-precision drives
LoadMaster Tube 6.5m with bundle trough
exclusion station
parts tray
Pipe support finished part with extendable guide rollers
Scrap conveyor belt with bin
Closed beam guidance via fiber optic cable (LLK)
PierceLine
NitroLine
FocusLine
Programmable cutting gas pressure
automatic switch-off
Ergonomic control panel with color touch screen
Trump TruLaser:
External solid-state laser TruDisk 3001 with 1 LLK outlet, diode-pumped disk laser with a wavelength of 1.03 nm
Excitation via pump diodes
laser power control
Logbook function LAser
cutting unit:
universal cutting unit
One cutting head strategy
ControlLine
control:
Sinumerik 840 D SL
easy handling
Online help
Integrated technology data
Teleservice via the Internet
Data transfer:
RJ45 network connector
USB
Security:
CE marking
multi-beam light barriers
Monitoring system for gas pressure, temperature and cooling water
Compact dedusting system
Protective cabin with certified safety panes
Additional equipment
- Rapid Cut- Bevel cut technology package- Finished part length +1.5 m (to 4.5 m)- SeamLine Tube- Wireless Operation Point- Low-scratch version LoadMaster Tube 6.5 m- Tube diameter 15 mm
Automation
- LoadMaster Tube 6,5 m with bundle support
Description
This reliable all-around machine replaces conventional, sepa- rate manufacturing operations such as sawing, drilling, milling and punching, and enables the ideal entry into the laser tube processing industry. It owes its high productivity to the perfectly coordinated operation of its components, from the laser unit and its beam guidance system to the clamping units and system control software as well as the tube and profile handling modules.