The QNCYYCG-180 3-Axis CNC Milling and Grinding Machine is a high-precision optical machining solution designed for spherical surface machining, aspherical surface machining, optical lens processing, glass component grinding, precision mold machining, and curved surface finishing. With a stable 3-axis CNC control system, this machine provides accurate tool movement, reliable machining repeatability, smooth surface processing, and efficient production performance for optical and precision engineering applications.

This CNC milling and grinding machine is suitable for processing optical lenses, spherical parts, aspherical parts, optical glass components, precision molds, curved glass parts, and high-accuracy functional components. It can support milling, grinding, surface correction, contour machining, and fine surface preparation before polishing.

The 3-axis CNC structure allows operators to control tool paths, feed rates, spindle speed, grinding depth, machining time, and process parameters according to different workpiece materials and surface requirements. This helps reduce manual operation errors, improve machining consistency, and support stable small-batch or batch production.

The machine can process optical glass, K9 glass, quartz, crystal materials, ceramics, mold steel, non-ferrous metals, and other suitable precision materials depending on tool selection, grinding wheel, coolant condition, fixture design, and machining parameters.

For manufacturers requiring reliable optical surface machining equipment, the QNCYYCG-180 3-Axis CNC Milling and Grinding Machine provides high machining accuracy, stable CNC control, flexible processing capability, smooth surface quality, and long-term industrial value.

It is mainly used for spherical surface machining, aspherical surface machining, optical lens processing, glass grinding, precision mold machining, curved surface grinding, and optical component manufacturing.

A 3-axis CNC structure provides accurate tool movement, stable positioning, repeatable machining quality, reduced manual errors, and better consistency for precision optical surface processing.

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

Yes. The machine can be used for aspherical and curved optical surface machining when matched with proper CNC programs, tools, fixtures, and process parameters.

Yes. This machine is suitable for milling, grinding, surface correction, and fine surface preparation before optical polishing. It helps reduce machining marks and improve the final polishing result.

Yes. Machine travel, spindle configuration, worktable size, fixture design, CNC control system, coolant system, and grinding tools can be customized according to workpiece requirements.

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