Leibniz-Institut für Werkstofforientierte Technologien - IWT

The influence of an energetic field on the diamond turning process of distinct metals

Diamond,Force,Topography,Ultrasonic

Precision grinding of BK7 glass with coarse-grained diamond grinding wheels

Glass,Grinding,Surface,Ultra-precision

Precision machining of glassy carbon

Carbon,Glass,Grinding,Laser micro machining

Ultra-precision high performance cutting of nickel silver using a magnetically levitated feed axis

Magnetic bearing,Milling,Performance,Ultra-precision

Influence of clamping technique on the resulting surface roughness in diamond machining of CaF2

Alignment,Calcium fluoride,Roughness,Ultra-precision

Velocity dependent material removal in abrasive subaperture polishing

Polishing

Performance of ultraprecision milling with thermally adjustable cutting edges

Alignment,Milling,Tool,Ultra-precision

Ultrasonic assisted diamond turning of conventional and additive manufactured steel materials for optical components

Diamond,Steel,Ultrasonic,Wear

Ultrasonic assisted diamond turning of conventional and additive manufactured steel materials

3D printing,Steel,Ultrasonic,Wear

Surface integrity investigation of ground ceramic workpieces for biomedical applications

Biomedical,Ceramic,Grinding,Integrity

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