TU Kaiserslautern - Institute for Manufacturing Technology and Production Systems

|TU Kaiserslautern - Institute for Manufacturing Technology and Production Systems

Indirect workpiece cooling system for micro milling based on a Peltier element

Cooling,Micromachining,Temperature

Micro milling of brass and commercially pure titanium with all-ceramic micro end mills made from four different ceramic tool substrates

Ceramic,End milling,Micromachining,Wear

Dressing of grinding wheels for the manufacture of all-ceramic micro end mills

Dressing,Grinding,Micromachining,Tool

Atomic force microscope for in situ micro end mill characterization – Part I: Integration into a desktop sized machine tool

Atomic force microscopy (AFM),Milling,Radius,Tool

Atomic force microscope for in situ micro end mill characterization – Part II: Development of an algorithm to characterize the cutting edge radius of micro end mills

Algorithm,Measurement,Micromachining,Tool

Manufacture of novel all?ceramic micro end mills

Ceramic,Grinding,Micromachining,Tool

An antistatic device to decrease friction induced electrostatic charge in precision machining processes

Friction,Machining,Micromachining,Precision

Effect of high spindle speeds on micro end milling of commercially pure titanium

Micromachining,Speed,Spindle,Titanium

Translate »