Precision carbide drills, micro end mills and custom tooling engineered for demanding surgical, dental and medical-device components.
Small features, difficult materials and strict surface-finish requirements leave little room for unstable tooling. ZIROOTOOLS supports manufacturers with application-matched carbide geometries for titanium, stainless steel, cobalt-chrome, aluminum, engineering plastics and dental materials.
Select the application closest to your part. We can recommend a standard tool or develop a drawing-based custom solution.
For forceps, clamps, scissors, bone tools and instrument features machined from stainless steel or cobalt-chrome. Sharp cutting edges, stable core geometry and application-specific coatings help control burrs, heat and edge breakdown while supporting consistent surface finish.
Titanium implant bodies, abutments and miniature connection features require excellent concentricity and reliable chip evacuation. Micro drills, small-diameter end mills and thread-milling solutions can be matched to the feature, material and spindle conditions.
Brackets, attachments and small stainless-steel or NiTi components combine tiny details with challenging burr and deformation control. Polished micro-tool geometries support clean edges, accurate slots and repeatable production.
Thin-wall housings and instrument enclosures in aluminum, stainless steel or engineering plastics demand low cutting pressure and stable finishing. High-helix carbide end mills and balanced tool paths help reduce vibration, wall deflection and visible tool marks.
When a standard cutter cannot reach the feature or combine the required operations, ZIROOTOOLS can develop custom form tools, step tools and micro cutters from your CAD file or drawing—built around the material, tolerance, machine and production target.
Share these details and our engineers can evaluate the cutting conditions more accurately.
Answers to common questions about tooling for precision medical and dental components.
The choice depends on the implant feature, diameter, depth and machine. Micro carbide drills, end mills and thread mills with heat-resistant geometry and reliable chip evacuation are common starting points.
Yes. Send the part drawing or tool drawing together with the material, tolerance, machine and operation details. We can evaluate a special geometry or combined-operation tool.
Coating selection must be considered together with tool geometry, cutting speed, coolant and the stainless grade. We recommend the combination from the complete application rather than the material name alone.
Sometimes, but it is rarely the best choice for demanding production. Dedicated edge geometry and cutting parameters usually provide better stability, finish and tool life.
We can provide starting recommendations based on the tool, material, diameter, toolpath, holder and machine conditions. Final parameters should be validated on the actual setup.
Share your drawing, material and machining challenge. ZIROOTOOLS will help you identify a suitable standard cutter or evaluate a custom solution.
