HCG50 5+1-Axis CNC Precision Milling Center for K9 Optical Glass Machining

Product Introduction

The HCG50 5+1-Axis CNC Precision Milling Center is a high-accuracy machining solution designed for K9 optical glass machining, precision glass milling, optical component processing, mold machining, curved surface processing, and complex part manufacturing. With a 5+1-axis machining structure, this CNC milling center provides flexible tool movement, stable positioning accuracy, and reliable surface processing performance for high-precision industrial applications.

K9 optical glass machining requires stable machine rigidity, accurate motion control, smooth tool paths, and reliable vibration control. The HCG50 is designed to support precision milling, drilling, contour machining, surface finishing, and multi-angle processing while helping reduce repeated clamping and improve machining consistency.

The 5+1-axis configuration provides excellent flexibility for processing optical glass parts, curved surfaces, inclined structures, complex profiles, and customized precision components. It helps improve workpiece accessibility, shorten machining cycles, and maintain stable dimensional accuracy during precision production.

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.

FAQ

1. What is the HCG50 5+1-Axis CNC Milling Center used for?

It is mainly used for K9 optical glass machining, precision glass milling, optical component processing, contour machining, curved surface processing, mold machining, and high-accuracy industrial part manufacturing.

2. Why use a 5+1-axis CNC machine for K9 glass?

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

3. What materials can this machine process?

It can process K9 optical glass, optical glass, quartz, crystal materials, ceramics, non-ferrous metals, mold steel, and other precision materials depending on tooling, spindle speed, coolant condition, and machining parameters.

4. Is this machine suitable for optical components?

Yes. It is suitable for optical components, glass molds, curved glass parts, precision fixtures, lens-related parts, and high-accuracy functional components.

5. What machining processes can it perform?

The machine can perform precision milling, drilling, contour machining, surface finishing, multi-angle machining, rough machining, semi-finishing, and precision finishing.

6. Can the machine configuration be customized?

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

7. What information is needed for quotation?

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