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Unlike conventional processing, where an object is formed by removing excessive materials, additive manufacturing deposits materials layer upon layer to create an object, which is a process similar to 3D printing. By utilizing 3D data, short delivery time and low production cost are made possible. The AM-HFC and PXHF-AM are engineered to enable high feed milling of high-hardness additive manufacturing parts. The PXHF-AM is the exchangeable head version of the AM-HFC and shares identical tooling specifications.
The AM-HFC and PXHF-AM feature a composite radius cutting edge optimized for flat surface milling. With a large arc and corner R configuration, the AM-HFC and PXHF-AM’s robust cutting edge is able to withstand shapes with unstable depth of cut. Moreover, the AM-HFC and PXHF-AM’s flat cutting edge geometry suppresses chipping of the end cutting edge and enables good machined surface quality. The AM-HFC and PXHF-AM include a coolant hole to improve chip evacuation and prevent chips from getting tangled. Last but not least, the AM-HFC and PXHF-AM are coated with OSG’s original DUROREY coating optimized for high-hardness steel machining. The super heat resistant layer and ultra-fine periodic nano-layer structure of the DUROREY coating provides superior toughness while maintaining high heat resistance and abrasion resistance.