MOORE NANOTECHNOLOGY 220UPL HORIZONTAL MACHINING CENTER

Technical Description

The Moore Nanotechnology 220UPL Horizontal Machining Center is a high-precision, three-axis ultra-precision machining system designed for advanced optical and micro-precision component manufacturing. It features a single main spindle with a maximum turning diameter of 8.600", a turning length of 7.800", and a chuck diameter of 8.000", supporting a maximum swing of 9.000". The spindle is capable of speeds up to 15,000 RPM with 6.0 HP, with an optional 6,000 RPM configuration for optimized performance in specific applications. The system utilizes a slide-type primary tool carrier, accommodating one turning tool and one rotary tool, with the ability to use one cutting tool at a time. The X, Y, and Z axes each offer 8.000" of travel, with maximum feed rates and rapid traverse speeds of 79 inches per minute on all axes, ensuring rapid and accurate positioning. Engineered for sub-micron accuracy, the 220UPL integrates advanced linear scale feedback and a robust CNC control system, supporting complex machining tasks with high repeatability and surface quality. Its compact design and high spindle speed make it ideal for rapid production of small, high-precision parts such as optical lenses, mold pins, and micro-components, meeting the demanding requirements of industries including electro-optics, aerospace, and consumer electronics.