TRUMPF LASERCELL 1000

Everything the laser can do

TRUMPF LASERCELL 1000
+ TRUMPF LASERCELL 1000

Category 3D Laser material processing machine
Product TRUMPF LASERCELL 1000
Application fields Cutting, welding, surface treatment
Laser TruFlow lasers from 2000 watts to 12000 watts


This machine is specifically designed to process a particular workpiece or a family of functionally identical parts. It stands out for its small, compact design coupled with good accessibility.

Mature machine technology is incomplete without a powerful and simple programming system. Besides Teaching, offline programming is also possible with TruTops Cell 800. TRUMPF supports linkage to other 3D programming systems as well.


Technical data

Machine working range
X axis (standard worktable optional) 1000 mm
Y axis 1500 mm
Z axis 750 mm
C axis (NC axis) n x 360°
B axis (NC axis) ± 120°
A axis (Rotary Indexing Table) n x 360°
Max. travel range
X axis (standrd worktable, optional) 1000 mm
Y axis 1530 mm
Z axis 752 mm
Max. working height
  750 mm
Max. axis speeds
X axis (standard worktable, optional) 50 m/min
Y axis 50 m/min
Z axis 30 m/min
C axis 60 U/min
B axis (NC axis) 120 U/min
A axis (Rotary Indexing Table) 60 U/min
Accuracy 1
Smallest programmable increment 0,01 mm
Positioning accuracy Pa ±0,1 mm
Repeatability ±0,03 mm
Rotary Indexing Table (optional)
Max. outer circle diameter 93 mm
Max. axial load 300 kg
Diameter of rotary table with defined grid of threaded holes 400 mm
Backstop
Travel 100 mm
Cylinder force at 5 bar 2250 N
TRUMPF CNC ontrol
Basis Siemens SINUMERIK 840D with NCU 573 processor
Hard disk storage more than 100 MB for NC programs
Floppy disk drive 3,5"
platform PC with Windows NT
Colour display 25,4 cm TFT display
Lasers
TruFlow lasers with choice of power outputs from 2000 – 12000 watts

1   The accuracy attainable in the part depends, amongst other things, on the type of workpiece, its pre-treatment, the sheet size and its position in the work area. In accordance with VDI/DGQ 3441, measured over a length of 1m.

 

© 2007 TRUMPF, 2007-11-02