Used REPUBLIC CME F-900 #188590 for sale

REPUBLIC CME F-900 is an advanced computer-controlled machine tool designed for fast, efficient and accurate precision machining processes. Featuring an innovative combination of speed and power, the machine has been designed for use in the production of turbine blades, gears and other complex components. CME F-900 starts with an ergonomically designed cabinet that features a 26.25" x 19.00" x 24.50" workspace. The cabinet includes a largesized-tool changer to hold up to 126 tools. The cabinet also includes a standard magazine-fed ATC. REPUBLIC CME F-900 is powered by a 64-bit CPU on a Windows 10 Industrial-embedded OS. It also incorporates a 17.3-inch touchscreen LCD monitor which allows for quick and easy operation. The video matrix also allows for remote monitoring by technicians. CME F-900 provides high-speed single-spindle milling and drilling for superior accuracy, featuring a high-speed spindle that reaches speeds of 24,000 RPM. The 10-HP motor provides output power of 4.17 kW and 4.18 Nm of torque. REPUBLIC CME F-900 also has a 2-speed gearbox with a 25:1 ratio, which allows for rapid and precise positioning. The machine is equipped with a brand-specific PMCIP-F900 axis controller which works with the ServoSpindle-10 closed loop motors. This provides complex automatic movements and high accuracy with a maximum error rate of 0.01mm. The linear axes have a total travel of 5.118" with rapid traverse rates exceeding 4,409 IPM and a maximum cutting feed rate of 1,001 IPM. CME F-900 is constructed of the finest materials - the cabinet is made of heavy-duty welded steel that provides superior strength and support for the spindle and motor. The machine also features a mineral fiber insulation that ensures quiet operation, as well as preventing heat build-up. REPUBLIC CME F-900 is designed to reduce downtime and increase production rates. It also has superior accuracy, allowing for the production of components with extremely tight tolerances. CME F-900 is designed for the production of high-precision components, and is ideal for the machining of turbine blades, gears, and other complex components.