Custom Tool Manufacturing & Geometry Design
Bespoke solid carbide and high-speed steel end mills, drills, step reamers, form cutters, and dovetail tools matched to material, machine rigidity, and cycle-time needs.

Bauron combines advanced grinding technologies, custom tool engineering, and comprehensive production capabilities to manufacture high-performance cutting tools.
Bauron turns complex blueprint specifications into high-performance cutting tools through rapid prototyping, custom geometry grinding, wear coatings, and precision re-sharpening. ISO 9001:2015 certified quality controls support high-volume automated production, short-run contract manufacturing, and specialized R&D prototypes.
Bespoke solid carbide and high-speed steel end mills, drills, step reamers, form cutters, and dovetail tools matched to material, machine rigidity, and cycle-time needs.
Automated wheel-pack exchange and in-process gauging support sub-micron concentricity, exact edge preparation, and complex 3D profiles.
Custom tungsten carbide wear parts, machine blades, precision bushings, and ceramic inserts engineered for thermal shock and high impact.
Micro-milling, micro-drilling, and micro-engraving tools with precise tips for microfluidics, semiconductor packaging, and surgical device manufacturing.
Application-matched PVD and CVD coatings help preserve tool life and high-speed metal removal in aggressive materials.
Hot-hardness and oxidation resistance for dry machining titanium, stainless steel, and nickel superalloys.
Low friction helps prevent built-up edge and chip welding in aluminum alloys, copper, and plastics.
Nanocomposite hardness up to 45 GPa for dry, high-speed milling of pre-hardened steels up to 70 HRC.
Edge retention and lubricity for non-ferrous, non-magnetic materials and aerospace aluminum alloys.
Every Bauron tool undergoes multi-stage inspection for consistent delivery across large-scale manufacturing operations.
3D laser measurement verifies helix angles, rake profiles, corner radii, and clearance-land tolerances.
High-RPM balance calibration helps prevent harmonic vibration on high-speed spindles.
Microscopic inspection verifies consistent hone profiles and burr-free cutting margins.
Heat-lot verification and certified Material Test Reports are available for aerospace, medical, and defense contracts.
Using original factory grinding programs, Bauron restores worn carbide end mills, drills, and form cutters to original OEM tolerances, applies fresh PVD coatings, and returns like-new performance at a fraction of new-tool cost.
Bauron’s 5-axis grinding centers routinely hold tolerances down to ±0.0001" (±0.0025 mm) on critical tool diameters, step transitions, and corner radii.
Submit 2D drawings in PDF, DWG, or DXF format, or 3D CAD models in STEP or IGES format. The engineering team can also reverse-engineer tools from physical samples or worn-component specifications.
Yes. Flexible manufacturing setups support single-piece prototypes, specialized job-shop batches, and million-part automated production runs.
Application-specific flute geometries, optimized helix angles, and wear coatings can enable higher feeds and speeds, improve chip clearance, extend tool life, and lower per-part manufacturing costs.
Contact Bauron’s engineering team to review drawings for custom CNC tools, specialized wear coatings, or CNC tool manufacturing support.
Bauron works with manufacturers to review tool geometry, substrate, coating, reach, machine conditions, and production requirements for standard and custom CNC tooling.
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