|
| MOQ: | 1 |
| Fiyat: | 17000.00$~18000.00$ |
| Standart ambalaj: | With Wooden Box |
| Teslim süresi: | 8-12 Week |
| Ödeme yöntemi: | T/T |
| Tedarik kapasitesi: | 15set/month |
The tip of the filler wire plays a critical role in accurately detecting the weld edge and guiding the joining process along the seam securely. This ensures precise positioning during brazing or welding. Additionally, modern systems are capable of automatically compensating for any component tolerances, enhancing the overall accuracy and efficiency of the process.
Moreover, the filler wire itself becomes an integral part of both the brazing and welding procedures. It is not merely a passive component but actively contributes to the bonding process, ensuring strong and reliable connections between the materials being joined. The properties and quality of the filler wire are thus paramount to the success of the welding operation.
When laser welding components, for example, made of aluminium or steel, the laser beam fuses the joining edges with high welding speed, narrow and slim weld shape and with low thermal distortion.
Depending on the material, component geometry and cycle time requirements, we offer processing optics for classic laser beam welding with or without filler material as well as for remote welding.
This allows both deep welding and thermal conduction welding. The product portfolio ranges from simple optics to complex systems with seam tracking, dynamic beam oscillation, static beam shaping, automatic gap control and process monitoring.
Depending on the design, they are suitable for diode, disc and fibre laser applications up to the high kilowatt range.
| Total angle of acceptance | Up To 485 Mrad |
| Lateral swivel range (Y) | +/-90 Degrees |
| Focal distances | 141 - 250 Mm |
| Optical ratios | 1:0.8 To 1:5.3 |
| Laser power | Max. 6 KW For CW Laser |
| Condition | New |
| Application | Laser Welding Cutting Brazing |
| Laser protection class | 4 |
| Supported Laser | Diode Laser, Rod Laser, Disk Laser, Fibre Laser |
| Height of operating range (Z) | +/-5 Mm |
The ALO3 is the most commonly used optic in the world for laser brazing and welding. It incorporates patented tactile seam tracking technology that allows for flawless seams within the visible operating range, eliminating the need for post-processing. Customers worldwide, particularly manufacturers of vehicle bodies, depend on the ALO3.
The Welding Robot Arm product comes with comprehensive Product Technical Support and Services to ensure optimal performance and user satisfaction. Our team of experts is available to provide assistance with installation, setup, troubleshooting, and maintenance of the robot arm system.
Our technical support services also include software updates, training programs, and access to online resources for additional guidance. We are committed to helping customers maximize the efficiency and reliability of their welding robot arm, enabling them to achieve their production goals effectively.
Product Packaging:
The welding robot arm is carefully packaged in a sturdy cardboard box to ensure safe transportation. It is securely padded with foam inserts to prevent any damage during shipping.
Shipping:
We offer fast and reliable shipping services for the welding robot arm. Orders are processed promptly and shipped within 1-2 business days. Customers can track their shipment using the provided tracking number to monitor delivery status.
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|
| MOQ: | 1 |
| Fiyat: | 17000.00$~18000.00$ |
| Standart ambalaj: | With Wooden Box |
| Teslim süresi: | 8-12 Week |
| Ödeme yöntemi: | T/T |
| Tedarik kapasitesi: | 15set/month |
The tip of the filler wire plays a critical role in accurately detecting the weld edge and guiding the joining process along the seam securely. This ensures precise positioning during brazing or welding. Additionally, modern systems are capable of automatically compensating for any component tolerances, enhancing the overall accuracy and efficiency of the process.
Moreover, the filler wire itself becomes an integral part of both the brazing and welding procedures. It is not merely a passive component but actively contributes to the bonding process, ensuring strong and reliable connections between the materials being joined. The properties and quality of the filler wire are thus paramount to the success of the welding operation.
When laser welding components, for example, made of aluminium or steel, the laser beam fuses the joining edges with high welding speed, narrow and slim weld shape and with low thermal distortion.
Depending on the material, component geometry and cycle time requirements, we offer processing optics for classic laser beam welding with or without filler material as well as for remote welding.
This allows both deep welding and thermal conduction welding. The product portfolio ranges from simple optics to complex systems with seam tracking, dynamic beam oscillation, static beam shaping, automatic gap control and process monitoring.
Depending on the design, they are suitable for diode, disc and fibre laser applications up to the high kilowatt range.
| Total angle of acceptance | Up To 485 Mrad |
| Lateral swivel range (Y) | +/-90 Degrees |
| Focal distances | 141 - 250 Mm |
| Optical ratios | 1:0.8 To 1:5.3 |
| Laser power | Max. 6 KW For CW Laser |
| Condition | New |
| Application | Laser Welding Cutting Brazing |
| Laser protection class | 4 |
| Supported Laser | Diode Laser, Rod Laser, Disk Laser, Fibre Laser |
| Height of operating range (Z) | +/-5 Mm |
The ALO3 is the most commonly used optic in the world for laser brazing and welding. It incorporates patented tactile seam tracking technology that allows for flawless seams within the visible operating range, eliminating the need for post-processing. Customers worldwide, particularly manufacturers of vehicle bodies, depend on the ALO3.
The Welding Robot Arm product comes with comprehensive Product Technical Support and Services to ensure optimal performance and user satisfaction. Our team of experts is available to provide assistance with installation, setup, troubleshooting, and maintenance of the robot arm system.
Our technical support services also include software updates, training programs, and access to online resources for additional guidance. We are committed to helping customers maximize the efficiency and reliability of their welding robot arm, enabling them to achieve their production goals effectively.
Product Packaging:
The welding robot arm is carefully packaged in a sturdy cardboard box to ensure safe transportation. It is securely padded with foam inserts to prevent any damage during shipping.
Shipping:
We offer fast and reliable shipping services for the welding robot arm. Orders are processed promptly and shipped within 1-2 business days. Customers can track their shipment using the provided tracking number to monitor delivery status.
