High coating thicknesses for cutting inserts have always been a specialty of CemeCon. HiPMS has again significantly expanded the possibilities here. The process can be used to produce coating thicknesses between 1 and 12 µm.
Wherever thick chips fall, for example in the heavy-duty machining of rails, switches, pipes and crankshafts, as well as in the rotary peeling of cast iron and ferrous materials, high-performance cutting inserts with long tool lives and good performance are an absolute must.
The world of machining is changing. With the transition from the internal combustion engine to alternative drive systems, traditional automotive manufacturing as the most important mainstay for many machining companies and tool manufacturers is being reduced enormously.
We use cookies on our website to improve the website experience for our visitors. You have to explicitly consent to which non-essential cookies we may activate. You can find more information and the option to change your consent in our privacy statement.
We use Matomo Analytics to collect statistics on how the website is used. No personal data is recorded in the process; the creation of usage profiles is exclusively anonymous. Deactivate this service to prevent the recording of your visit for statistical purposes. The Matomo privacy policy applies. After allowing a respective cookie is set.
The Google Maps service enables us to display locations on an interactive map. Since data is transmitted to Google during integration, you must first agree to its use. Deactivate this service to prevent the integration of Google Maps. The Google privacy policy applies. After allowing a respective cookie is set.
To embed videos on our website, we use YouTube embeds in enhanced data protection mode. Please explicitly agree to the embedding of YouTube videos on our website. The Google privacy policy applies. After allowing a respective cookie is set.
Necessary cookies help make a website usable by enabling basic functions like page navigation and access to secure areas of the website. The website cannot function properly without these cookies.