MOORE NANOTECHNOLOGY 350UPL HORIZONTAL MACHINING CENTER

Technical Description

The MOORE NANOTECHNOLOGY 350UPL Horizontal Machining Center is an ultra-precision machining system designed for high-accuracy production of optical and micro-mechanical components within a maximum turning diameter of 17.7 inches and a turning length of 11.81 inches. Featuring a single main spindle with a maximum swing of 13.78 inches, it operates at up to 6,000 RPM powered by a 12 HP spindle motor. The spindle accommodates a 9.8-inch diameter chuck for stable workholding. The machine has two axes standard (X and Z travels of 13.78" and 11.81" respectively) with optional 3-axis capability, providing rapid traverse and max feed rates of 49 inches per minute on all axes. Its primary tool carrier is a slide type, supporting one simultaneous cutting tool, optimized for ultra-fine turning, milling, or grinding operations. The robust design facilitates precise contour machining with sub-micron resolution, leveraging the advanced optical and mechanical machining expertise Moore Nanotechnology is known for. This system excels in processing freeform optics, micro-structures, and mold components with high stiffness and thermal stability, benefiting from liquid cooling and potential upgrades like fast tool servo technology. The combination of moderate work envelope, high spindle power, and precision controls makes the 350UPL ideal for applications requiring excellent surface finish and dimensional accuracy in complex small-to-medium size parts.