A robotic welding workstation is a piece of equipment used in industrial production to automatically perform welding tasks. Equipped with a high-precision robotic arm, it can accurately position and track the weld seam. It can weld according to pre-set paths and parameters, or it can be programmed through methods such as instruction. The welding quality is stable and minimally affected by external factors, thus ensuring high quality and consistency. It can work continuously for extended periods, and its welding posture can be flexibly adjusted, making it suitable for welding various delicate and complex workpieces, such as automobiles, housings, square tubes, steel structures, and lifting lugs.
Breaking away from the single sales model, we offer diversified solutions combining "equipment sales + flexible leasing".
We provide professional non-standard equipment customization services to address customers' specific workpiece materials and complex process pain points.
If you have unique requirements, we offer special design options tailored to your specific requests.
This is a brand-new patented welding technology that combines the quality of TIG welding with the efficiency of MIG welding. It can weld in multiple directions, produces aesthetically pleasing welds, and requires no further treatment. When used with robots, it offers fast welding speeds and no spatter, making it suitable for applications such as automotive manufacturing, sheet metal processing in workshops, metal home decoration, food machinery, and other high-quality thin-plate welding.
Optional welding power supplies for gas-shielded welding (GS) and argon arc welding (GAW) are available.
Different welding operations require different welding parameters, which can be adjusted on the welding machine at any time, saving preparation time. The GS series utilizes digital inverter technology, providing a highly stable and easily controllable arc across the entire current range.
The GA series offers a highly stable welding system with a pulse frequency of 1kHz (2kHz in the upgraded version), unmatched by ordinary welding systems. In DC mode, it performs exceptionally well when welding stainless steel, iron, cast iron, copper, and titanium.
This product is equipped with a welding robot featuring a new intelligent welding control system. It boasts functions such as flying welding, continuous spot welding, rotation, mirroring, translation, scheduling, and breakpoint recovery. Optional features include positioning, weld tracking, and multi-pass welding, achieving ultimate speed and precision. Customized welding equipment is designed to help you easily automate your welding process.
Our company specializes in the research, development, manufacturing, installation, and sales of various automated plasma welding equipment, deep penetration welding equipment, robotic welding stations, wear-resistant surfacing equipment, welding auxiliary equipment, robotic cutting workstations, grinding and polishing machines, automatic coiling pipe machines, and non-standard automated production lines. We also handle and act as an agent for various import and export businesses.
Our company provides comprehensive after-sales services, covering equipment commissioning, parameter optimization, operator training, and long-term maintenance. In case of emergency malfunctions, we promise to provide remote guidance within 24 hours. We also conduct regular follow-up visits, spare parts supply, and technical consultation services to ensure your production runs smoothly.
Yes. We welcome customers to visit our factory and observe equipment demonstrations. If needed, we can arrange trial welding using actual workpieces provided by you to verify the equipment's process effectiveness and weld quality.
Automated welding equipment can operate continuously for 24 hours. For the same weld specifications, the time required is reduced by 2-3 hours compared to manual welding, increasing efficiency by over 60%. For example, a job that would take 3 skilled welders 3 days to complete can be finished with high quality in 1 day by a single welding robot, while also reducing wire and gas consumption by 20%-40%. Overall, automated welding can reduce labor costs by approximately 60%.
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