KNT welding workstation creates intelligent industrial scenarios, enabling one operator to manage multiple machines and transforming manual labor into smart welding solutions.
The BW series robotic welding workstation
Product Model
KSBW0210
Product Parameter
Welding method：MAG
Maximum splicing error：±20mm
Maximum gap between welds：3mm
Product Introduction
The robotic welding workstation is mainly suitable for the welding of various small components, such as corbels, cross grid structures, purlin pallets, etc. This robot stand-alone workstation is more suitable for processing various small components. Connect robotic welding station is sold directly from the manufacturer, with reasonable price and reliable quality!
Product Parameter
| CONTENT | PARAMETER RANGE | UNIT | NOTES |
|---|---|---|---|
| series | Single machine series | / | |
| Model Number | KSBW0210 | / | / |
| Degrees of Freedom | 6+2+2 | / | / |
| Required Ambient Temperature | -10~45 | ℃ | / |
| Maximum End Load | 6 | Kg | / |
| Working Range | H650/Φ700 | mm | / |
| Peak Total Power | 45 | Kg | / |
| Rated Input Voltage | 380+/-10% | V | three-phase electricity |
| Rated Input Frequency | 50 | Hz | / |
| Footprint | 2400*2400 | mm | / |
| Color Customization | specified location | set | / |
| Customized labeling | specified location | set | / |
The robotic welding workstation is referred to as the robotic welding station, mainly has two types: single-machine double-station and single-machine single-station. We can also customize workbench or single-axis or double-axis positioner according to the type of workpiece and welding needs to meet the needs of various welding scenarios. Dual-station layout allows workpiece welding and handling to be carried out simultaneously, maximizing welding efficiency.
The world’s first technology supports TCP (robot terminal precision), hand-eye (vision system) automatic calibration, and automatic welding path adjustment after small-scale changes in the initial positioning of the workpiece. All external axes are controlled through the CNC system, supporting interpolated coordinated motion of the positioner and robotic arm.
The equipment adopts Metal Active Gas Arc Welding, referred to as MAG welding; a mixed gas shielded welding is formed by adding a small amount of oxidizing gas to argon gas. In China, the commonly used mixed gas is 80% Ar + 20% carbon dioxide. Since the proportion of argon in the mixed gas is relatively large, it is often called argon-rich mixed gas shielded welding.
Application scope of robotic welding workstation:
This robotic welding workstation is widely used for welding various small components, such as corbels, cross grid structures, purlin pallets, etc.
