We can achieve perfect edge quality and dimensional tolerance up to±0.0005mm (±0.5μm) in the process of micro, ultra-long, ultra-thin, super-abrasive, impact-resistant, high-precision and combined ... VIEW MORE
Corresponding and matching drills and tools of different types, forms, shapes, structures can be high precisely ground to mold according to different brands and different types of implants forms, shap... VIEW MORE
we can customize for you according to your samples or drawings for any manufacturing of ceramic,carbide,stainless high-speed steel, stainless steel, titanium alloy, titanium diamond, etc series, hig... VIEW MORE
Cutting has been at the core of manufacturing at some point of history. For metals many techniques are used and can be grouped by means of the physical phenomenon used.
Chip forming – sawing, drilling, milling, turning etc. Shearing – punching, stamping, scissoring.
Abrading – grinding, lapping, polishing; water-jet. Heat – flame cutting, plasma cutting, laser cutting. Electrochemical – etching, electrical discharge machining (EDM). Every technique has its limitations in accuracy, cost, and effect on the material. For example, warmness may additionally injury the fantastic of warmth dealt with alloys, and laser cutting is much less appropriate for rather reflective materials such as aluminum. Laser cutting sheet metallic produces flat parts and etches and engraves components from complicated or simple designs. It is used over different reducing alternatives for its speedy process and customizable abilities.