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Latest Articles
Fiber Laser Cutting Machine with Zero-tailing technology for for Bridge Trusses
This technical analysis examines the integration of fiber laser cutting machines equipped with zero-tailing technology into the fabrication of bridge trusses. By focusing on high-precision processing, the elimination of secondary grinding, and the consolidation of punching, marking, and profiling into a single automated step, industrial engineers can significantly optimize material utilization and structural integrity in large-scale infrastructure projects.
Engineering Review: Air-cooled MIG/MAG Welding Robot – Busan, South Korea
Field report from Busan: Tweaked MIG/MAG Welding Robot settings for high-duty carbon steel. Arc Welding Solutions integrated; air-cooled torches held.
Engineering Review: Multi-pass Welding 6-Axis Collaborative Welder – Curitiba, Brazil
Field notes: Curitiba site. The 6-axis collaborative welder is steady on multi-pass stainless. Automated welding logic beat manual consistency today.
Fiber Laser Cutting Machine with Zero-tailing technology for for Wind Tower fabrication
This technical analysis examines the implementation of high-power fiber laser cutting systems equipped with zero-tailing technology for the production of wind tower segments. By integrating high-precision optical cutting with advanced material utilization strategies, manufacturers can eliminate secondary grinding processes and drastically reduce material waste. The transition to fiber laser technology allows for a consolidated workflow encompassing punching, marking, and cutting in a single automated cycle, directly improving the overall equipment effectiveness (OEE) in large-scale renewable energy infrastructure projects.



