Solid carbide tools
Milling
Through our advanced grinding technology, precise geometries, and specialized coating process applied to our milling cutters, we enable outstanding tool life.
This allows you to reduce tooling costs and significantly minimize setup times.
With different milling cutter geometries for steel, stainless steels, superalloys, non-ferrous metals, as well as hardened materials, you always receive an optimally matched tool for your specific application.
Defined cutting data and geometries provide a reliable basis for process design and facilitate the dependable selection of the appropriate machining strategy.
Thanks to various designs – from HPC and high-feed milling cutters to roughing, finishing, and universal tools – you can specifically adapt machining steps and organize your production processes efficiently.
The coordinated tool geometries support stable machining, even with demanding materials and diverse machining tasks.
This enables reproducible results while simultaneously increasing process reliability in your manufacturing operations.
Drilling
Our solid carbide drills are designed for all materials. We have developed a specially engineered geometry for cast steel, stainless steel, aluminum, and hardened materials up to 62 HRC.
With various drill geometries and designs – including 3xD, 5xD, 8xD, as well as versions with and without internal coolant supply – you receive the right solution for every application and benefit from high process reliability.
The coordinated geometries for steel, cast iron, stainless steel, and aluminum enable stable machining processes and support reliable chip evacuation across a wide range of materials.
Thanks to clearly defined cutting data and recommended operating parameters, you can design your machining processes with confidence and ensure economical, reproducible production.
A look into our catalog is worthwhile, as you will find not only products but concrete solutions for your machining tasks.
All solid carbide tools are structured according to application areas, materials, and machining strategies – from milling and drilling to specialized geometries for steel, stainless steel, superalloys, non-ferrous metals, and hardened materials.
For you, this means clear orientation, easy comparability, and reliable selection of the appropriate tool.
Detailed technical specifications, recommended cutting data, and clearly defined geometries support you in designing processes with confidence, optimizing tool life, and planning machining steps efficiently.
Particularly valuable is the direct practical relevance: the catalog not only presents tool variants but also provides specific application parameters and areas of use.
This reduces coordination efforts, shortens setup times, and establishes a stable, cost-efficient production process.
By using the catalog, you gain a well-founded basis for decision-making – ensuring greater process reliability, higher productivity, and sustainably lower tooling costs.
Contact us to define the optimal tooling solution for your application and systematically enhance your processes.
With our technical support, you receive tailored recommendations that increase tool life, stabilize production workflows, and sustainably improve your cost efficiency.
