TMTS 2026: Evolving Trends in Hard and Brittle Material Processing
Many hard and brittle materials have long been processed using conventional CNC methods. However, this is now beginning to change.
In the past, materials such as quartz, ceramics, and silicon carbide (SiC) could be machined through parameter optimization, tooling strategies, and hands-on experience. But as applications scale and demands for precision, consistency, and automation integration continue to rise, previously acceptable process variations are no longer tolerable. Issues such as edge chipping, microcracks, and tool wear—once isolated machining concerns—can now significantly impact consistency, yield, cost, and downstream production planning.
As a result, we’ve seen growing customer interest in ultrasonic-assisted machining solutions in recent years. For hard and brittle materials, the value of ultrasonic-assisted machining goes beyond capability—it helps bring processes back into a more controlled and stable range, supporting mass production and automation.
At TMTS 2026, Tongtai showcased the VU-5 Ultrasonic-Assisted Machining Center integrated with automation solutions, focusing on hard and brittle material applications. We look forward to exploring new possibilities for process optimization with the industry.
