High-frequency welding is an advanced joining process. It uses high-frequency electromagnetic energy to generate heat, enabling precise and controlled material bonding. Its key feature is to weld along irregular and complex curved surfaces while maintaining a seamless appearance.

SinCi has evolved through a newly developed method to achieve results comparable to partial vacuum furnace brazing. Similar to brazing welding, a joining process that bonds materials using controlled heat and filler material, high-frequency welding enables clean and precise joints while maintaining strong structural performance. By concentrating heat efficiently at the joint interface, high-frequency welding produces clean, strong, and consistent weld seams with minimal distortion. It delivers high structural integrity while maintaining dimensional accuracy, making it particularly suitable for performance-driven applications.

This innovative welding solution provides designers and manufacturers with great flexibility in frame development. For bike frame production, high-frequency welding supports higher-strength off-road bike frames that require enhanced structural stability without compromising weight or aesthetics. Additionally, the process is highly adaptable to diverse geometries and compatible with a wide range of materials, offering customers a versatile and reliable alternative for advanced product design and manufacturing. In addition to the bicycle industry, this advanced welding technology is widely applied in precision medical components. Its controlled heat input minimizes distortion and ensures accurate joints, making it ideal for small, high-precision devices that require consistent quality and strict compliance with medical standards.

For customers seeking high-precision manufacturing and superior structural integrity, our advanced welding technology provides a reliable, high-performance solution. We support diverse industry requirements with stable quality and customized production capabilities. Contact us to discuss your specifications and explore tailored solutions for your application.