Manufacturing medical components requires uncompromising precision, flawless surface finishes, and absolute process reliability. Mikron Tool solutions enable the efficient machining of small, complex, and high-value medical parts, including components made from:
- Titanium and Titanium alloys
- Stainless steel (e.g., 316L, 17-4 PH)
- Cobalt-chromium (CoCr)
- Other biocompatible, challenging materials
Our tools ensure stable machining processes and excellent repeatability, helping medical device manufacturers meet the strictest regulatory, safety, and quality standards.
Machining Solutions for Aerospace Applications
Aerospace machining demands exceptional tool performance under extreme conditions. Mikron Tool develops specialized solid carbide cutting tools designed for advanced aerospace materials such as Aluminium alloys, Titanium, and heat-resistant Superalloys (HRSA).
Our solutions help aerospace manufacturers achieve long tool life and consistent quality in the production of critical aircraft components, ensuring process security even in the most complex 5-axis machining operations.
In the world of watchmaking, precision is a tradition. Mikron Tool’s ultra-small cutting tools are engineered for the intricate geometries and superior surface finishes required in high-end mechanical and luxury watches.
Our solutions support the efficient production of micromechanical components, where every micron counts. We bridge the gap between traditional craftsmanship and modern industrial productivity, ensuring maximum process security for tiny, high-precision parts.
Cutting Solutions for Automotive Manufacturing
From high-efficiency powertrain components for industrial combustion engines (ICE) to precision parts for electric mobility (e-mobility), Mikron Tool cutting solutions are built for high-volume automotive production.
We help automotive manufacturers and Tier-1 suppliers improve:
- Cycle times: Reducing time-per-part through optimized geometries.
- Consistency: Maintaining tight tolerances over large production runs.
- Component quality: Enhancing the performance of next-generation vehicle technologies.