Swiss lathe RC206, spindle runout ≤ 0.002mm, repeat positioning accuracy ≤ 0.003mm, maximum speed 10000rpm, adopts FANUC/SYNTEC system, eight-axis communication, can perform turning, milling, drilling and tapping in composite materials. Swiss lathe RC206 uses Meehanite cast iron body + imported NSK bearings/Hiwin guides, flexible guide bushing/no guide bushing mode switching, suitable for precision processing of φ20mm bar stock, international quality parts, ensures 7×24 hours continuous production, and provides efficient solutions for precision manufacturing.

Swiss lathe RC325: spindle runout ≤ 2 μm, repeatability ≤ 3 μm, 4.5 kW spindle, FANUC/SYNTEC system, supports 8-axis connection and continuous C index positioning, speed 6000 rpm. Swiss lathe RC325 can flexibly switch between guide bushing/no guide bushing modes, with a maximum bar diameter of Φ32mm and a radial force tool of 4500rpm, suitable for turning, milling, drilling and tapping. The RC325 Swiss lathe can be equipped with various configurations such as bar feeder to ensure precise machining.

1. DRC's RC385 Swiss lathe uses high-performance high-density cast iron parts and imported precision components, with spindle runout ≤2μm and each axis repeat positioning accuracy ≤3μm. 2. Swiss lathe RC385 supports 8-axis connection with FANUC/SYNTEC CNC system, can quickly switch between bushing/no-bushing processing modes, and is suitable for turning, milling and drilling processing of composite materials. 3. The RC385 Swiss lathe is equipped with radial power tools and various accessories. It is CE/ISO certified and provides high precision machining solutions for aerospace, precision parts and other fields.

The Swiss type RC926 double spindle CNC lathe is a high-performance equipment equipped with Japan FANUC 0i-TF Plus CNC system, Taiwan servo-electric spindle, FANUC spindle drive and domestic high-quality encoder, as well as other premium components to guarantee stable operation. This dual-spindle CNC lathe features outstanding precision, with a minimum resolution of 0.001mm, spindle runout of less than 0.002mm, and repositioning accuracy of less than 0.003mm, which fully covers the needs of high-precision machining of micro parts of any complexity.