Sheet Metal Fabrication: Empowers High-End
2025,09,05
Sheet Metal Fabrication, as a foundational process in manufacturing, has undergone profound transformations from manual craftsmanship to intelligent manufacturing. Its origins trace back to ancient hand forging, while true mechanization began with the advent of the crank press in the 19th century, enabling batch production of parts—though precision remained limited.
The mid-20th century witnessed a fundamental breakthrough with the advent of CNC technology. CNC Turning technology automated metal cutting, controlling machining errors within 0.1mm and ending the era of complete reliance on manual expertise. Subsequently, the integration of laser technology with CNC systems propelled a precision revolution. Laser Cutting Service enabled non-contact high-precision cutting, allowing complex parts to be formed in a single operation. Concurrently, 5-Axis CNC Milling technology solved complex curved surface machining challenges through five-axis coordination, becoming a critical pillar for industries like aerospace.
Entering the 21st century, sheet metal processing entered an intelligent phase. Digital platforms and AI algorithms became widely adopted, with CAD/CAM software enabling full-process simulation and optimization of manufacturing workflows, significantly shortening production cycles. Automated production lines reduced manual intervention, enhancing efficiency and consistency. Today, Laser Cutting Service achieves precision within ±0.05mm, 5-Axis CNC Milling handles intricate surfaces, and CNC Turning enables efficient machining of shaft components. These technologies synergize to form a complete process chain, meeting the demand for high-precision parts in automotive, aerospace, medical, and other industries.
