Factories processing thick plates for steel‑structure & engineering machinery often face a tough issue: long‑time high‑power cutting causes machine‑bed thermal‑deformation. It leads to dimension deviation and burr workpieces. Frequent re‑work wastes raw material and delays delivery, hurting overall workshop productivity.
Most conventional gantry laser cutters connect cutting zone and transmission components together. Massive cutting heat transfers directly to bed and guide rails, causing obvious accuracy drift after hours of continuous running, especially for thick‑plate jobs.
Foster Laser 13035 ground‑rail fiber laser cutter targets this pain point. The heat‑isolated worktable physically separates cutting area from transmission system to block heat transfer and minimize thermal deformation risk. Its single‑tube welded heavy‑duty bed with inner stiffeners goes through full stress‑relief treatment. Even under non‑stop heavy‑load production at 3‑40kW, it keeps positioning accuracy ±0.05 mm and repeat‑positioning accuracy ±0.03 mm for consistent cutting results.
Equipped with Bochu bus CNC system and smart cutting head with capacitive height‑tracking & anti‑collision. Optional bevel cutting head supports one‑pass ±45° bevel cutting. Intelligent dynamic dust removal plus safety light curtains ensure environmental‑friendly production and operator safety.
For carbon steel, stainless steel and aluminum thick‑plate mass production, no frequent halt for machine calibration. Cut down re‑work and material waste, secure your order delivery. Contact us for full specifications & cutting samples.
Post time: Nov-03-2026
