The ultimate solution for demanding microstructure machining.
We use top-notch single crystal diamond materials and nano-level grinding technology to produce turning tools with excellent sharpness, long life and stable performance.
Whether it is complex optical microlenses, precise V-grooves, diffraction elements or microfluidic channels, our tools can achieve submicron-level morphological accuracy and mirror-level surface finish (Ra < 25nm), helping you break through the limits of precision manufacturing.
We are well aware of the stringent requirements of microstructure machining - extreme contour accuracy, nanometer-level surface finish, undamaged edges, and long-term tool durability.
To this end, we have worked hard to create this single-crystal diamond microstructure turning tool, which represents the pinnacle of current ultra-precision cutting technology.
Adopting nano-level precision grinding and polishing technology to achieve submicron or even nanometer-level cutting edge radius
Ensure that the machined microstructure contour is clear and sharp, the edge is not chipped, and the complex design details are perfectly reproduced.
The surface roughness Ra is stable at < 25 nm, which significantly reduces or even eliminates the subsequent polishing process, improving efficiency and yield.
Single-crystal diamond (SCD) is the hardest and most wear-resistant material known in nature. Even in long-term, high-precision machining, it can maintain initial sharpness and greatly reduce tool change downtime. Significantly reduce the cost per piece and improve production continuity and consistency.
Moresuperhard provides a wide range of standard tool tip geometries: precision arc tools, sharp tools, V-shaped tools, polyhedron tools, etc.
Customization capabilities are our core advantage! No matter how unique your microstructure design is (such as aspheric, free-form, or shaped arrays), our team of engineers can design and manufacture a matching tool just for you.
