State-of-the-art de-coating and coating
With our innovative de-coating process, the substrate remains undamaged, and the interface layer is preserved. This avoids cobalt leaching – a method that would otherwise shorten the tool life of reconditioned tools when applied as a conventional process. This forms an ideal basis for reworking and fresh coating.
With our state-of-the-art Quad-Coating coating system, we combine the advantages of the sputter process with those of the ARC process. This is akin to a quantum leap in tool coating – the advantages of both processes having been combined in perfect synergy. Outstandingly smooth surfaces with excellent coating adhesion – for outstandingly long performance.
When using conventional processes, a tool can only be reground and re-coated around 3-5 times. Our innovative reconditioning process with finely tuned precision enables us to overcome this natural limit.
Thanks to our de-coating and coating process, a tool can be regrinded as often as the tool geometry allows!
Make an appointment with our field service today.
Bespoke and professional coatings of tool surfaces is vitally important when it comes to the performance, tool life and precision of brand-new and regrinded tools. Utilising state-of-the-art coating systems, we perform these processes in next to no time – and with the highest level of precision. This lays the groundwork for rapid and controlled processes in such a crucial phase of production – thereby ensuring the highest quality with rapid delivery times.
Our Coating types
|Nano Hardness [Gpa]
|max. Application temperature
|Examples of Applications
|Cutting tools made of HSS or solide carbide with low Vc, forming and injection moulding tools
|universal coating for solid carbide cutting tools
|machining of hard and high-speed, machining of hard-to-machine materials
|Cutting wheels, Gear cutters
|High-performance machining for milling and drilling operations, especially in casting / hard milling >52 HRC
|Processing of non-ferrous metals such as aluminium >7% Si, copper, titanium alloys and others
|Machining of steel, cast iron, high-strength alloys
|for drilling and milling operations of aluminium alloys, low build-up cutting due to high coating smoothness
|Thin film for micro tools for cutting steel, cast iron and high-strength alloys
|Processing of GRP, CFRP, non-ferrous metals, aluminium alloys up to 12% silicon, very wear-resistant and smooth, sharp cutting edges, low build-up cutting
|Another high-performance coating for drilling and milling operations of steel / cast iron. Due to the use of boron more stress-insensitive
|Thin film for stainless steel, titanium and steels up to 70HRC