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For precision stainless steel/titanium alloy components in medical equipment (such as surgical instruments and imaging equipment housings), a high-precision CNC leveling machine, combined with a 0.01mm-level flatness detection system, is used to eliminate internal material stress. This technology is suitable for small-batch, multi-specification processing, ensuring components are free from deformation and scratches, meeting the stringent biocompatibility and dimensional accuracy standards of the medical industry.
Focusing on thin-gauge cold-rolled steel sheets for communication base station sheet metal parts, server chassis, etc., we provide high-speed continuous leveling machines, equipped with automatic feeding and waste recycling systems. This achieves efficient leveling of sheets from 0.3-2mm thick, ensuring the flatness of signal shielding components and heat dissipation structures, and adapting to the rapid pace of large-scale communication equipment production.
A customized flexible leveling machine is designed for carbon steel and aluminum alloy parts that are prone to thermal deformation after laser cutting. It supports precise leveling of irregularly shaped and porous parts. Equipped with programmable pressure adjustment, it avoids damage to the cutting edges, quickly restores material flatness, and improves the pass rate of subsequent welding and assembly processes.
For thick steel plates (6-30mm) used in ship decks and hulls, we offer heavy-duty roller levelers, combining high-strength leveling rollers with a hydraulic drive system. This effectively eliminates rolling stress and welding deformation in the steel, ensuring the flatness and fatigue resistance of the hull structure, and is suitable for processing large components in heavy marine engineering.
For automotive body panels and chassis structural components (such as high-strength steel and aluminum alloy sheets), a servo-driven precision leveling machine is used, integrating an online flatness detection and feedback system. This achieves highly consistent leveling of sheets from 0.5-4mm, reducing stamping springback, meeting the requirements of automotive lightweighting and body precision, and is compatible with automated production lines.
For thin-walled components (0.8-5mm) of aerospace titanium alloys and high-temperature alloys, we have customized ultra-precision CNC leveling machines, employing non-destructive clamping and micro-pressure adjustment technology. We strictly control deformation during the leveling process to ensure micron-level flatness of critical components such as engine blades and fuselage frames, meeting the high reliability standards of aerospace.
This multi-functional leveling machine is designed for general hardware and mechanical parts (such as carbon steel, stainless steel, and copper), supporting flexible switching between 1-12mm sheet metal. Equipped with manual/automatic dual-mode operation, it meets the needs of small to medium batch processing, quickly improving the flatness of metal parts and is suitable for various applications in hardware and machinery manufacturing.