Kiudlaserlõikur Amada FLW 4000 M3

Laser welding cell Amada FLW – 4000 M3

Year 2013
Machine hours: about 17.000 h

The FLW is a flexible and highly productive laser welding cell with extensive equipment. The focused laser beam is used as the energy source to melt or join materials.
The laser welding cell consists of a fiber laser with a 6-axis industrial robot that moves on a guide rail.
The parts to be welded are clamped onto a rotary and tilting table.
The safety cabin is equipped with a sliding door to ensure safe working.

Technical data:
Robot:
Type M-710iC/50 (FANUC)
Robot control SYSTEM R-30iA (FANUC)
CNC control AMNC
Number of controlled axis 6
Reach 2050 mm
Welding head AMADA
Repeatability 0,07 mm
Security cabin Complete enclosure

Robotic track:
Length 1500 mm
Speed 60 m/min
Repeatability ± 0,1 mm

Positioning table:
Working height 700 mm
Max. loading weight 500 kg
Rotation axis ± 720°
Swivel axis ± 90°

Oscillator:
Beam source YLS4000-S2T
Wave length 1070 - 1080 μm
Laser power 4 kW

Control:
Type Amada
Display 15“ LCD Colour Touchscreen
Controlled axis Robot and linear axis
Coordinates between robot and laser source
Memory 3 MB SRAM
I/O Interface LAN, USB

Welding head: Amada
Focus position control -10 mm bis 50 mm
CCD camera for TAS-system included in standard
Optical Waeving included in standard
Cross Jet Nozzle included in standard
Coaxial Nozzle included in standard
Welding wire feed 0,8 to 1,6 mm

Weaving system:
The integrated rotating optics circulate the laser beam. This AMADA-patented system allows for larger gaps, with or without filler material, and even for welding aluminum.

NC focal system
The NC focus system automatically adjusts the optimal focus position for the respective welding conditions. It helps weld simple butt joints as well as hard-
to-reach corners.

Flux-cored wire and intelligent gas supply
Up to 20 kg of flux cored wire can be carried. When using the TAS (Teach Assistant System), the gas nozzle retracts automatically.

TAS (Teach-Assistant-System)
The TAS system eliminates time-consuming manual teaching operations. Any deviation between the programmed and actual seam path is detected by a CCD camera.