Micro diameter diamond end mills ranging from 0.05mm to 1.0mm for precision electronics, micro optics, and small part machining. Custom micro end mills with technical specifications.

High-precision single crystal diamond turning tools for infrared optics. Suitable for Ge, Si, ZnSe, CaF2 and IR lens manufacturing. Custom SPDT tools supplier.

Ultra-precision diamond turning tools play a pivotal role in the automotive industry, serving as essential solutions for machining high-value components—from injection molds for vehicle camera lenses and LED headlights to aluminum alloy wheels and hard-to-machine carbon fiber composites.

LTCT single-crystal diamond tools: 800x verified defect-free edges, nanometer finish on non-ferrous metals/polymers for micro optics (diffractive, Fresnel, lens arrays). Form accuracy <0.03μm, radius 0.001–100mm. Extended life, minimal chipping. Ultra-precision machining for electro-optics.

Single crystal diamond turning tool is a kind of ultra-precision machining tool, which is mainly used in the processing of non-ferrous metals and non-metallic hard brittle materials such as nickel, copper, optical glass and silicon wafers.

The ultrasonic-assisted diamond turning tools manufactured by our company are specifically designed for machining hard materials. When installed on an ultrasonic-assisted system, they can directly perform ultra-precision machining on stainless steel without geometric limitations.

Custom SCD/MCD turning tools for contact lenses, IOLs and spectacle lenses. Select geometry, radius and shank; 800× edge inspection and re-sharpening.

Installed on the high-speed machining center, monocrystalline diamond milling cutter is a kind of ultra-precision machining tool, which is mainly used in the processing of non-ferrous metals and non-metallic hard brittle materials.

The Single Crystal Diamond Ball Nose Arc Milling Tools, with its R-angle design, allows for better handling of curved surfaces and chamfers during the machining process, making it suitable for applications requiring high precision and smooth surfaces.