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Wid Automation's welding robot workstations combine precision, AI technology, and versatility to automate tasks, boost efficiency, and enhance safety across various industries.
Our car lift welding production line is engineered to fabricate high-strength scissor lifts, two-post lifts, and hydraulic column systems with unmatched precision. Equipped with 6-axis robotic welding arms and adaptive seam tracking, it achieves ±0.1mm accuracy on steel plates up to 25mm thickness, ensuring structural integrity for lifts rated to 15,000 lbs.
Our Medical bed welding production line employs aerospace-grade aluminum alloys and servo-controlled clamping mechanisms to secure components with ±0.02mm repeatability. Designed for multi-model compatibility (SUV/sedan/electric vehicles), the modular system reduces changeover time by 60% through patented quick-release pins and RFID-tagged tooling.
Our steel shelving welding production line combines robotic precision with unmatched throughput, producing up to 1,200 shelving units per shift. Equipped with 6-axis welding robots and AI-driven path planning, it achieves ±0.1mm repeatability on beams, uprights, and braces.
Our storage holder welding production line combines industrial robotics, AI-driven precision, and IoT connectivity to manufacture heavy-duty storage systems with unmatched efficiency. This storage holder welding production line engineered for mass production of pallet racks, cantilever shelves, and modular storage frameworks, this fully automated line delivers 30% faster cycle times than conventional systems.
The structural backbone of a car subframe welding fixture is its robust frame, engineered from high-grade steel or reinforced aluminum alloys to endure extreme mechanical loads and thermal stresses during welding. The frame’s rigid design ensures dimensional stability, preventing flexing or vibration that could compromise alignment accuracy.
Our subframe welding workstation delivers automotive-grade accuracy for critical chassis components, ensuring robust load-bearing performance. Equipped with 6-axis robotic arms and laser-guided positioning systems, it achieves ±0.05mm repeatability on high-strength steel (HSS) and aluminum alloys.
Our two-wheeled vehicles production line combines precision engineering with cutting-edge automation to deliver unmatched quality and efficiency. Designed for motorcycles, bicycles, e-bikes, and scooters, our welding systems utilize robotic arms, laser welding technology, and AI-driven quality control to ensure seamless joints and structural integrity.
Maximize throughput with our fully integrated Subframe welding production line, featuring synchronized clamping fixtures and real-time seam tracking. The system processes 120+ subframes per hour with 6-axis robots, handling crossmembers, bushings, and suspension mounting points in a single cycle.
Our exhaust pipe welding production line integrates cutting-edge robotic welding systems and precision laser technology to deliver flawless, high-speed fabrication. Engineered for automotive, aerospace, and industrial applications, the fully automated workflow minimizes human intervention while ensuring consistent weld quality.
Our shock absorber welding production line delivers automotive-grade accuracy for high-stress components like strut housings, piston rods, and mounting brackets. Equipped with synchronized robotic MIG/TIG welding systems, it achieves ±0.05mm repeatability on materials ranging from carbon steel (2mm-12mm) to chrome-plated alloys.
Our car door welding production line integrates robotic automation with AI-driven process control to deliver flawless welds for modern vehicle doors. Engineered for high-mix manufacturing, this system handles steel, aluminum, and composite materials with sub-millimeter accuracy, ensuring structural integrity for crash-rated door frames.
Our Car seat welding production line integrates state-of-the-art robotic welding arms and laser-guided positioning systems to ensure micron-level accuracy.
Our shock absorber welding production line delivers automotive-grade accuracy for high-stress components like strut housings, piston rods, and mounting brackets. Equipped with synchronized robotic MIG/TIG welding systems, it achieves ±0.05mm repeatability on materials ranging from carbon steel (2mm-12mm) to chrome-plated alloys.
Jiangsu Wid automation Co.,Ltd
Complete Assembly | Integrated Workstation | Plug-and-Play | No On-Site Installation Required
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