【AI-Powered Sustainable Manufacturing】SONG GIA’s 4 Times Speeder Drilling/Milling Unit Debuts at TMTS — Advancing Sustainable Precision Manufacturing with High-Speed and Accuracy

In precision manufacturing area, the speed of a live tool holder directly determines the machining capability of a CNC lathe. Especially in micro-hole drilling and multi-axis machining, the limit of spindle speed often defines both productivity and machining quality.

SONG GIA Industrial Co., Ltd. has introduced the innovative 4 Times Speeder Drilling/Milling Unit, a breakthrough design that multiplies the original spindle speed up to 4 times, reaching a maximum of 24,000 rpm while maintaining stable high torque and high precision. This allows lathes originally limited by spindle speed to perform at a new level of efficiency, stability, and accuracy.

The 4 Times Speeder unit features a precision gear-driven high torque transmission system working with German high-rigidity bearings and coaxial machining technology, ensuring minimal vibration and runout even at high operating speeds. The result is smoother cutting, improved surface finish, and extended tool life—reducing tool changes and calibration frequency while enhancing overall production efficiency.

As workpiece designs continue to move toward miniaturization and complexity, the standard lathe spindle speed (typically 6,000–8,000 rpm) is no longer sufficient for the need of high-precision applications. SONG GIA’s 4 Times Speeder Drilling/Milling Unit enables lathes to achieve stable high-speed cutting conditions, effectively preventing tool deflection, edge dulling, and tool breakage caused by insufficient speed.

With precision manufacturing as the core philosophy, SONG GIA continues to invest in innovation and quality improvement, solutions that combine speed, reliability, and sustainability. The 4 Times Speeder Drilling/Milling Unit not only represents SONG GIA’s pursuit of high-performance machining but also demonstrates Taiwan’s growing strength and confidence in global precision component manufacturing.