Linear Motor Driven HCG50 5+1-Axis CNC Optical Milling Center for High-Precision Machining

HCG50 5+1 Axis Optical Precision Milling Center Developed CO.,LTD., the HCG50 5+1 Axis Optical Precision Milling Center is a versatile and high-performance solution for optical component machining. It integr-ates coarse-to-fine grinding capabilities with dual grinding spindles, boosting efficiency and reliability while ensuring ex-ceptional precision—easily achieving surface form accuracy of PV 5µm.

Featuring a 6-axis, 5-linkage system, this center excels at processing complex components like spherical workpieces (up to 300mm diameter), aspherical workpieces (up to 450mm diameter), and prisms (max rotational diameter 480-mm). It comes with proprietary CAM software and a suite of advanced components, including the Renishaw OMP 40-2 tool measurement system for automatic tool wear compensation, and a Sinumerik CNC system for smooth operation.

Suitable for machining various materials such as fused quartz, H-K9L glass, monocrystalline silicon, and S136 stainless steel, the HCG50 delivers fine ground surfaces and high-precision results, making it a trusted choice for optical precisi-on machining needs.

It is mainly used for optical component machining, optical glass milling, fused quartz processing, monocrystalline silicon machining, spherical and aspherical surface processing, prism machining, and high-accuracy precision material processing.

Linear motor drive helps reduce mechanical backlash, improve motion response, enhance positioning accuracy, and provide smoother movement during high-precision machining.

The 5+1-axis structure provides better machining flexibility, supports multi-angle processing, reduces repeated clamping, improves tool accessibility, and helps maintain stable surface quality for complex optical components.

It can process optical glass, K9 glass, fused quartz, monocrystalline silicon, crystal materials, ceramics, S136 stainless steel, non-ferrous metals, and other precision materials depending on tooling and machining parameters.

Yes. With suitable tools, stable machine rigidity, proper cooling, fixture design, and controlled machining parameters, it can process hard and brittle materials such as optical glass, quartz, ceramics, and monocrystalline silicon.

Yes. Axis travel, spindle system, table size, linear motor configuration, CNC control system, coolant system, fixture design, tool magazine, and other options can be customized according to production needs.

Please provide workpiece material, size, weight, drawing, machining process, required accuracy, surface quality requirement, production quantity, and preferred machine configuration.