Roku-Roku Precision Milling Machines

The Roku-Roku Android II is equipped with a 60,000 RPM high-speed spindle with an HSK-E25 interface. This ultra-high spindle speed enables fine surface finishes and efficient material removal for demanding micro machining and mold and die applications where both speed and precision are critical.

The Roku-Roku Android II uses a Fanuc 31i-B5 CNC control system, a high-performance controller widely trusted in precision manufacturing environments. The Fanuc 31i-B5 supports advanced 5-axis machining, nano-interpolation, and thermal compensation functions that are essential for maintaining micron-level accuracy during high-speed operations.

The Roku-Roku Android II is specifically designed for mold and die making, micro machining, aerospace component manufacturing, and ultra-precision part production. Its ±1 micron accuracy, high-speed spindle, and integrated jig grinding option make it especially well suited for shops requiring consistent, repeatable results on complex geometries and fine-tolerance surfaces.

Every Roku-Roku milling machine purchased through WSM Technology includes professional installation, local training, and advanced training programs. The Android II also comes standard with a Renishaw OMP400 part probe, a jig grinding option, and a Super Tool Measurement System. A 2-year manufacturer warranty is also included with every new machine purchase.

The Roku-Roku Android II offers a travel range of 17.7 inches on the X-axis, 13.8 inches on the Y-axis, and 7.8 inches on the Z-axis. All three axes are driven by linear motors for zero-backlash, high-dynamic-response motion, making the machine ideal for precision contouring and high-speed surface machining tasks.

Yes, the Roku-Roku Android II is equipped with a 40-position automatic tool changer, providing ample capacity for complex multi-tool operations without manual intervention. This supports uninterrupted high-speed machining cycles and is particularly beneficial for mold and die shops running long, unattended operations requiring frequent tool changes.