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Latest Articles
H-Beam Production Line with Arc Voltage Control for for Shipbuilding
This technical analysis examines the integration of Arc Voltage Control (AVC) within plasma-based H-beam production lines specifically designed for the shipbuilding sector. By focusing on the mechanics of intersection accuracy, the reduction of long-term maintenance overhead, and the precision of multi-axis beveling, this report outlines how plasma technology facilitates high-strength structural fabrication. The discussion centers on the closed-loop feedback systems necessary to manage material irregularities and the geometric complexities of heavy-duty maritime H-beams.
Engineering Review: 3000W Fiber Laser Cobot – Sao Paulo, Brazil
Field notes from SP: 3kW fiber cobot is outperforming TIG on 6061 alloys. High humidity requires strict gas purging. Wobble settings are critical.
H-Beam Production Line with Arc Voltage Control for for Shipbuilding
This technical analysis explores the integration of Arc Voltage Control (AVC) within H-beam production lines specifically engineered for the shipbuilding industry. By focusing on the mechanics of plasma cutting, this article examines how high-precision intersection geometry and automated beveling eliminate secondary processing. We detail the engineering advantages of plasma systems, including their low-maintenance profile and their capacity to maintain dimensional tolerances in the heavy-duty environment of a shipyard.
Engineering Review: 3000W Collaborative Arc Welding System – Stuttgart, Germany
Stuttgart site: 3kW Cobot unit hitting targets on galvanized pipe. Synergy between manual prep and automated arc paths is solid. Porosity issues solved.



