Custom Tool Geometry Optimization
Material behavior, chip formation, and machine rigidity inform custom rake angles, variable-helix flutes, and relief clearances.

Bauron provides technical engineering support, custom tooling design, and shop-floor optimization for demanding CNC machining processes.
Bauron application engineers help manufacturers address production bottlenecks, extend tool life, and increase spindle throughput. Services cover cutting geometry, feeds and speeds, and tool-path strategy for new high-volume lines and difficult issues such as chatter during high-heat superalloy milling.
Material behavior, chip formation, and machine rigidity inform custom rake angles, variable-helix flutes, and relief clearances.
CAM programs and tooling setups are reviewed to improve cutting parameters, metal removal rates, and per-part cycle times.
Technical specialists diagnose chatter, premature edge chipping, poor surface finish, and material work-hardening.
Guidance matches carbide grain size, substrate, and DLC, AlTiN, nACo, or other PVD/CVD coatings to the workpiece alloy.
The team evaluates CAD drawings, material hardness, spindle capabilities, and production targets.
Engineers model cutter geometry and simulate chip clearance and stress distribution.
Prototypes are ground on high-precision 5-axis CNC centers, then verified by optical and CMM inspection.
Bauron works with machinists to test parameters, tune speeds and feeds, and validate dimensional accuracy on their CNC machines.
Every engineering solution is supported by quality controls and technical documentation.
Engineering and manufacturing operate under ISO 9001:2015 certified processes.
Optical CMM and laser profile measurement verify tool geometry.
Custom tooling includes detailed feeds, speeds, and parameter guidance.
Full heat-lot traceability and a Certificate of Conformance document supplied materials.
Tool geometries and milling paths for Inconel, titanium airframes, and flight-critical hardware.
Micro-milling cutters for burr-free machining of biocompatible implants and surgical instruments.
High-speed aluminum machining for EV battery housings, engine blocks, and transmission components.
Heavy-feed, long-reach slotting and boring for turbine rotor castings and forged shafts.
Services include CAD drawing analysis, custom tool geometry design, material-matched coating selection, CAM tool-path optimization, and on-site or remote CNC troubleshooting.
Optimized cutter geometries and machining parameters can increase metal removal rates, eliminate secondary manual deburring, extend tool life, and reduce per-part cycle times.
Yes. Engineers evaluate spindle horsepower, torque curves, holder rigidity, and coolant setup to design tools around existing machinery constraints.
Submit component CAD models, part drawings, or machining blueprints with details about the workpiece material and machine setup for review by a technical specialist.
Consult a technical specialist to optimize a machining process, reduce tooling costs, resolve production bottlenecks, or review engineering drawings.
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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