Product Description:
The filler wire's tip accurately identifies the weld edge and
securely directs the joining process along the seam. Automatic
compensation for component tolerances is in place. Meanwhile, the
wire forms an integral part of the brazing and welding process.
Features:
When laser welding components, such as those made of aluminium or
steel, the laser beam fuses the joining edges quickly and with
precision. This results in narrow and slim weld shapes with minimal
thermal distortion. Our processing optics cater to various material
types, component geometries, and cycle time requirements. We offer
solutions for classic laser beam welding with or without filler
material, as well as for remote welding.
Our diverse range of processing optics enables deep welding and
thermal conduction welding. From basic optics to advanced systems
equipped with features like seam tracking, dynamic beam
oscillation, and automatic gap control, we have solutions to meet
different welding needs. These systems are compatible with diode,
disc, and fiber laser applications, even in the high kilowatt
range.
Technical Parameters:
| Focal distances | 141 - 250 Mm |
| Laser power | Max. 6 KW For CW Laser |
| Height of operating range (Z) | +/-5 Mm |
| Lateral swivel range (Y) | +/-90 Degrees |
| Application | Laser Welding Cutting Brazing |
| Supported Laser | Diode Laser, Rod Laser, Disk Laser, Fibre Laser |
| Laser protection class | 4 |
| Optical ratios | 1:0.8 To 1:5.3 |
| Condition | New |
| Total angle of acceptance | Up To 485 Mrad |
Applications:
The ALO3 is the most commonly used optic in the world for laser
brazing and welding. Its patented tactile seam tracking technology
ensures flawless seams within the visible operating range,
eliminating the need for post-processing. Customers worldwide,
particularly those in the automotive body manufacturing industry,
trust in the ALO3 for their needs.
Support and Services:
The Welding Robot Arm product comes with comprehensive Product
Technical Support and Services to assist customers with any issues
they may encounter. Our team of experts is available to provide
troubleshooting, maintenance guidance, and technical assistance to
ensure optimal performance of the welding robot arm.
Packing and Shipping:
Product Packaging:
The Welding Robot Arm is carefully packaged in a sturdy cardboard
box to ensure it arrives safely at your doorstep. The arm
components are securely wrapped in bubble wrap to prevent any
damage during transit.
Shipping Information:
We offer fast and reliable shipping for the Welding Robot Arm.
Orders are typically processed and shipped within 1-2 business
days. Shipping times may vary depending on your location, but you
can expect your robot arm to arrive within 3-5 business days.
