Electric Vehicle industry is heating up around the world.
However, have you ever wondered how engineers design and manufacture the incredibly complicated components that go into electric vehicles?
It takes extreme precision and immense technical know-how when machining the most cutting-edge automotive components for EVs.
We are doing our part to support those engineers, and one bit is our PVD cermet inserts, developed with proprietary MEGACOAT technology of ceramic and metallic materials. Their longer usage life compared to conventional cutting inserts means they need replacement less and improve manufacturing efficiency for complex-shaped parts, like EV shafts.
https://www.kyoceraprecisiontools.com/indexable/turning/grades/steel/tn620-pv720/
https://www.kyocera-unimerco.com/products-and-services/metal/turning/general-turning/cermet--inserts/
However, have you ever wondered how engineers design and manufacture the incredibly complicated components that go into electric vehicles?
It takes extreme precision and immense technical know-how when machining the most cutting-edge automotive components for EVs.
We are doing our part to support those engineers, and one bit is our PVD cermet inserts, developed with proprietary MEGACOAT technology of ceramic and metallic materials. Their longer usage life compared to conventional cutting inserts means they need replacement less and improve manufacturing efficiency for complex-shaped parts, like EV shafts.
https://www.kyoceraprecisiontools.com/indexable/turning/grades/steel/tn620-pv720/
https://www.kyocera-unimerco.com/products-and-services/metal/turning/general-turning/cermet--inserts/
