Automotive Manufacturing and Component Processing
Suitable for the high-speed cutting of components such as new energy vehicle seat frames and body structural parts; enables single-step forming of complex contours with narrow kerfs and minimal heat-affected zones, significantly enhancing processing precision and production efficiency.
Supports mass production of irregularly shaped automotive tubing and precision sheet metal parts, meeting the automotive industry's rigorous standards for component consistency and surface quality.
Sheet Metal and General Machinery Manufacturing
Serves as core equipment in the sheet metal processing industry; capable of rapidly cutting blanks, holes, and complex contours in various metals-including carbon steel, stainless steel, and galvanized sheet-without the need for secondary grinding, thereby drastically shortening production cycles.
Widely used in the processing of machinery housings, frames, and transmission components, accommodating material specifications ranging from thin sheets to medium-thick plates.
High-End Precision Manufacturing
Medical Devices:Utilized for processing ultra-thin metal components-such as the microporous structures of vascular stents and precision surgical instruments-achieving micron-level precision control to meet the medical industry's stringent requirements for cleanliness and accuracy.
3C Electronics: Suitable for cutting metal casings, heat sinks, and precision circuit board interfaces for mobile phones and computers, perfectly aligning with the industry trend toward thinner, lighter, and more compact electronic products.
