At QANYU, we apply ultrasonic machining to push the limits of conventional metal processing , enabling efficient, high-precision machining of hard alloys, ceramics, and complex molds that are otherwise difficult to cut.
By combining high-frequency micro-impacts (20,000–50,000 per second) with rotational motion, ultrasonic machining removes material gently yet precisely. This process minimizes surface stress, heat generation, and tool wear — achieving exceptional finish and dimensional accuracy.
• Process Hard-to-Cut Materials: Perfect for high-hardness alloys, tool steels, and advanced ceramics such as SiC and Si₃N₄.
• Reduce EDM Dependence: Achieve complex results faster — with lower cost, shorter cycle time, and less electrode wear.
• Superior Surface Finish: Automatically delivers mirror-like surfaces and extends tool life, eliminating most manual polishing.
• Smarter Fluid Flow & Chip Removal: Ultrasonic vibration improves coolant penetration and debris evacuation, ensuring clean, efficient machining.
Our ultrasonic modules can be mounted directly onto existing CNC machines — no special setup required. This flexibility helps shorten development cycles and simplify process upgrades. Trusted in aerospace, semiconductors, and medical device manufacturing, ultrasonic machining enables high-precision parts where traditional methods fall short. With QANYU’s ultrasonic machining, you get more than cutting-edge technology — you get a smarter, faster, and more efficient path to precision.
