JINAN, CHINA – \n The Bodor Laser SK Series High-Speed Tube Laser Cutting Machine<\/i>\n <\/p>\n<\/figcaption><\/figure>\n The SK Series is designed to operate reliably under high-speed conditions, delivering a Precision is maintained through a laser head Z-axis speed of up to To ensure stability at high speeds, the SK Series features Bodor Laser’s proprietary The chuck system is manufactured from high-strength alloy materials and treated with advanced heat processing. Compared with the previous generation, Addressing the industry’s shift toward small-batch, high-mix production, the SK Series integrates an Optional configurations\u2014including zero-tail cutting, bevel cutting, and loading and unloading following support\u2014allow the SK Series to be adapted to a wide range of advanced manufacturing requirements. With the Extreme Speed concept, Bodor Laser aims to set new benchmarks for efficiency and reliability in tube laser cutting.\n<\/p>\n Hashtag: <\/b>#BodorLaser<\/p>\n
\nMedia OutReach Newswire<\/a> – 29 January 2026 – Bodor Laser, a global manufacturer of laser cutting solutions, has announced the launch of its
\nSK Series High-Speed Tube Laser Cutting Machine<\/strong>, alongside the introduction of its new
\n“Extreme Speed”<\/strong> concept for tube processing. The concept focuses on improving overall manufacturing efficiency by combining high-speed performance, structural stability, and intelligent automation across the production process.<\/p>\n![\"The](\"https:\/\/images.media-outreach.com\/727911\/high-res-image.png#image-727911\")
\nmaximum acceleration of 2.7G<\/strong> and a
\nmaximum rotational speed of 260 r\/min<\/strong>. The rear chuck reaches position in
\n2.5 seconds<\/strong>, supporting rapid tube positioning and continuous cutting. According to internal testing, the system achieves
\nup to 1.8 times higher processing efficiency<\/strong> at 2.7G compared with operation at 1G.\n<\/p>\n
\n60 m\/min<\/strong>, supported by an upgraded adaptive following algorithm that enables fast and accurate height adjustment during cutting. The system also supports
\nsimultaneous loading and cutting<\/strong>, reducing tube loading time to
\napproximately 8 seconds<\/strong> and increasing overall processing efficiency by
\nmore than 20%<\/strong>.\n<\/p>\n
\narch-bridge structure<\/strong>. The three-dimensional triangular transmission design optimizes force distribution during rapid motion, improving mechanical balance and long-term stability.\n<\/p>\n
\npositioning accuracy has improved by over 20%<\/strong>. In addition,
\nfront-chuck over-travel technology<\/strong> enables dual-chuck clamping for long tubes, ensuring consistent accuracy throughout the entire cutting process.\n<\/p>\n
\nAI-based intelligent nesting system<\/strong> that automatically optimizes cutting paths. Compared with conventional nesting methods, the system increases cutting efficiency by up to
\n30%<\/strong> and improves material utilization, resulting in
\nannual savings of more than 1,000 tubes<\/strong> under comprehensive production conditions.\n<\/p>\n![](\"https:\/\/release.media-outreach.com\/Release\/templates\/images\/socialMedia\/generic_link.png\")
https:\/\/www.bodor.com<\/a> <\/p>\n