Award Winning | Three Products of RONGSU Named to the 2025 List of High-Quality Additive Manufacturing Products
Recently, Additive Manufacturing Alliance of China released the "2025 List of High-Quality Additive Manufacturing Products." Three products independently developed by RONGSU, including the Laser One wire laser additive manufacturing platform, the L1 Lite, and the CAM software AMpath, stood out in the nationwide selection process and were successfully included on the list.
This selection not only reflects RONGSU's ongoing achievements and industry recognition in the field of metal additive manufacturing equipment and core technologies, but also demonstrates that the company's relevant technologies have reached industry-recommended standards in terms of engineering application maturity, quality stability, and industrial adaptability.
As a high-tech enterprise specializing in wire-feed metal additive manufacturing, RONGSU is committed to independent R&D and technological innovation, achieving key technological breakthroughs in the field of laser wire-feed additive manufacturing. The Laser One wire laser additive manufacturing platform features Water-Gas-Wire-Optical-Electrical, 5-in-1. It is easy to use and supports a global gas-shielding protection system, meeting the high-quality printing requirements for easily oxidizable metals such as titanium alloys. It serves as a powerful research tool for users in science and education. The L1 Lite is China's first integrated multi-laser coaxial wire-feed additive system and currently the only such equipment in the country meeting volume-production standards. It can be rapidly integrated with robots, machine tools, lathes, and other equipment, enabling plug-and-play printing. The CAM software AMpath is based on a new-generation graphics engine kernel and AI optimization algorithms. It handles slicing and path planning for various additive manufacturing processes, featuring a simple and intuitive user interface along with powerful and efficient printing capabilities, empowering users to print complex, customized, and high-precision metal parts.