MOORE NANOTECHNOLOGY 350FG HORIZONTAL MACHINING CENTER

Technical Description

The Moore Nanotechnology 350FG Horizontal Machining Center is an ultra-precision CNC turning system engineered for high-accuracy machining of complex optical and mechanical components. Featuring a single main spindle with a maximum turning diameter of 19.600" and a turning length of 11.800", the machine supports a spindle speed of up to 6,000 RPM, ensuring smooth and precise material removal. The system is equipped with a slide-type primary tool carrier, accommodating up to three turning tools and one rotary tool, enabling versatile machining operations. Standard configuration includes three axes (X, Y, Z), with optional upgrades to four-axis capability for enhanced flexibility in part geometry and surface generation. The X-axis offers 13.700" of travel with a maximum feed and rapid traverse rate of 71 ipm, while the Y-axis provides 5.910" of travel and the Z-axis 11.810", both also supporting feed and rapid traverse rates of 71 ipm. This high-speed, high-precision motion system is built on a thermally stable platform with hydrostatic oil bearing slides, ensuring minimal vibration and exceptional surface finish. The machine’s advanced control system, combined with high-resolution linear scale feedback, allows for nanometer-level accuracy and repeatability. Designed for applications such as single-point diamond turning, freeform surface generation, and micro-milling, the 350FG is ideal for producing aspheric lenses, mirrors, mold pins, and other ultra-precision components in a wide range of materials.