Comparison Dimension | Inline Laser Welding | Traditional Offline Laser Welding |
Process Connection | Integrated with production line; continuous forming-welding-subsequent processes | Discontinuous; workpiece transfer required |
Production Efficiency | High-beat continuous operation; 4-6.5m/min (metal); short-cycle (plastic) | Manual-dependent; low efficiency limited by transfer |
Quality Consistency | MES-linked; real-time monitoring; minimal batch errors | Manual parameter setting; batch deviations prone |
Space Requirement | Compact module; embedded into existing lines | Independent workshop/station; high space cost |
Applicable Scale | Large-scale mass production (e.g., Baosteel, home appliances) | Small-batch & customized production (samples, non-standard parts) |
Inline Laser Welding is not a single “welding technology”, but a technical solution system centered on “production line integration”. Through physical embedding, data linkage and automatic control, it solves the pain points of “low welding efficiency, poor consistency and disjointed processes” in large-scale production, and is a key technical direction for realizing automated and intelligent welding in modern manufacturing (especially in automotive, steel, electronics and medical industries).
Our service team offers quick troubleshooting, remote assistance, on-site support, and lifetime technical guidance to keep your production stable and efficient.
Building 1, Wanli Science&Innovation Industrial Park, 104 National Road, Shangyu District, Shaoxing, Zhejiang, China,312300
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