Core Processing Capabilities
Metal Sheet Cutting: Capable of precision cutting for various metal sheets, including stainless steel, carbon steel, alloy steel, aluminum alloy, copper, and titanium. Some models support specialized materials like galvanized and Al-Zn coated sheets. The process yields narrow kerfs and smooth, burr-free edges, eliminating the need for secondary grinding.
Metal Tube and Profile Cutting: Equipped with specialized tube-cutting modules, these machines can perform cutting, hole-piercing, and complex contour machining on round, square, and elliptical tubes, as well as angle iron and channel steel. They offer low scrap rates and high material utilization.
Precision and Specialized Processing:Supports cutting of arbitrary complex 2D shapes and beveling. Integration with robotic arms enables 3D cutting of irregular parts, while micro-processing capabilities allow for the creation of micro-holes and intricate patterns in thin metal sheets.
Mainstream Industry Applications
General Sheet Metal Processing:Used for batch blanking of products such as equipment cabinets, kitchenware, elevator components, and electrical control cabinets. It replaces traditional punch presses and wire-cut EDM, significantly boosting production efficiency.
Automotive and Transportation Manufacturing: Processes vehicle structural components, hot-formed parts, and irregular automotive accessories, as well as rail transit components (e.g., subway parts and car body structures), meeting high-precision manufacturing standards.
High-End Precision Manufacturing: Covers advanced applications such as precision aerospace structures, medical vascular stents, electronic circuit boards and heat sinks, and precision instrument parts, achieving micron-level accuracy control.
Other Sectors:Widely used in advertising signage production, construction machinery components, shipbuilding, new energy battery electrode processing, and the manufacturing of hardware and bathroom fittings.
