|
| MOQ: | 1 |
| Price: | 17000.00$~18000.00$ |
| Standard Packaging: | With Wooden Box |
| Delivery Period: | 8-12 Week |
| Payment Method: | T/T |
| Supply Capacity: | 15set/month |
The tip of the filler wire plays a crucial role in detecting the weld edge accurately and ensuring a safe guidance throughout the joining process along the seam. It also helps in automatically compensating for component tolerances. It is worth noting that the wire itself is an integral part of the brazing and welding process.
When laser welding components, such as those made of aluminum or steel, the laser beam merges the joining edges at high welding speed. This results in a narrow and sleek weld shape with low thermal distortion. Depending on the material, component geometry, and cycle time requirements, we provide processing optics for traditional laser beam welding with or without filler material, as well as for remote welding.
This enables deep welding and thermal conduction welding. Our product range includes a variety of optics, from simple to complex systems. The systems are equipped with features such as seam tracking, dynamic beam oscillation, static beam shaping, automatic gap control, and process monitoring. These optics can be used for diode, disc, and fiber laser applications, scaling up to the high kilowatt range.
| Application | Laser Welding Cutting Brazing |
| Supported Laser | Diode Laser, Rod Laser, Disk Laser, Fibre Laser |
| Focal distances | 141 - 250 Mm |
| Laser power | Max. 6 KW For CW Laser |
| Optical ratios | 1:0.8 To 1:5.3 |
| Total angle of acceptance | Up To 485 Mrad |
| Condition | New |
| Laser protection class | 4 |
| Lateral swivel range (Y) | +/-90 Degrees |
| Height of operating range (Z) | +/-5 Mm |
The ALO3 is the most commonly used optic in the world for laser brazing and welding. Its patented tactile seam tracking technology allows for flawless seams to be created within the visible operating range, eliminating the need for post-processing. Customers worldwide, particularly those in the vehicle body manufacturing industry, trust the ALO3 for their laser processing needs.
The Product Technical Support and Services for the Welding Robot Arm include:
- Installation guidance and setup assistance to ensure proper functionality.
- Troubleshooting support for any technical issues that may arise.
- Training programs for operators to maximize efficiency and safety.
- Regular maintenance services to keep the robot arm in optimal condition.
Product Packaging:
The Welding Robot Arm is carefully packaged in a sturdy cardboard box to ensure its safe transportation. Each component is securely wrapped and cushioned to prevent any damage during shipping.
Shipping:
We offer fast and reliable shipping services for the Welding Robot Arm. Once your order is confirmed, our team will carefully pack and dispatch the product for delivery. You will receive a tracking number to monitor the shipment progress and ensure timely arrival.
|
|
| MOQ: | 1 |
| Price: | 17000.00$~18000.00$ |
| Standard Packaging: | With Wooden Box |
| Delivery Period: | 8-12 Week |
| Payment Method: | T/T |
| Supply Capacity: | 15set/month |
The tip of the filler wire plays a crucial role in detecting the weld edge accurately and ensuring a safe guidance throughout the joining process along the seam. It also helps in automatically compensating for component tolerances. It is worth noting that the wire itself is an integral part of the brazing and welding process.
When laser welding components, such as those made of aluminum or steel, the laser beam merges the joining edges at high welding speed. This results in a narrow and sleek weld shape with low thermal distortion. Depending on the material, component geometry, and cycle time requirements, we provide processing optics for traditional laser beam welding with or without filler material, as well as for remote welding.
This enables deep welding and thermal conduction welding. Our product range includes a variety of optics, from simple to complex systems. The systems are equipped with features such as seam tracking, dynamic beam oscillation, static beam shaping, automatic gap control, and process monitoring. These optics can be used for diode, disc, and fiber laser applications, scaling up to the high kilowatt range.
| Application | Laser Welding Cutting Brazing |
| Supported Laser | Diode Laser, Rod Laser, Disk Laser, Fibre Laser |
| Focal distances | 141 - 250 Mm |
| Laser power | Max. 6 KW For CW Laser |
| Optical ratios | 1:0.8 To 1:5.3 |
| Total angle of acceptance | Up To 485 Mrad |
| Condition | New |
| Laser protection class | 4 |
| Lateral swivel range (Y) | +/-90 Degrees |
| Height of operating range (Z) | +/-5 Mm |
The ALO3 is the most commonly used optic in the world for laser brazing and welding. Its patented tactile seam tracking technology allows for flawless seams to be created within the visible operating range, eliminating the need for post-processing. Customers worldwide, particularly those in the vehicle body manufacturing industry, trust the ALO3 for their laser processing needs.
The Product Technical Support and Services for the Welding Robot Arm include:
- Installation guidance and setup assistance to ensure proper functionality.
- Troubleshooting support for any technical issues that may arise.
- Training programs for operators to maximize efficiency and safety.
- Regular maintenance services to keep the robot arm in optimal condition.
Product Packaging:
The Welding Robot Arm is carefully packaged in a sturdy cardboard box to ensure its safe transportation. Each component is securely wrapped and cushioned to prevent any damage during shipping.
Shipping:
We offer fast and reliable shipping services for the Welding Robot Arm. Once your order is confirmed, our team will carefully pack and dispatch the product for delivery. You will receive a tracking number to monitor the shipment progress and ensure timely arrival.
