Development of a quick-stop device for micro-cutting

Micro-cutting is characterised by undeformed chip thicknesses in the micron range. This range leaves little choice of in situ observation techniques. One solution is therefore to observe these zones a posteriori after the cutting has been abruptly interrupted. This technique has proven to be very useful for conventional machining. This paper deals with the development of a quick-stop device dedicated to micro-cutting. The aim of this device is to observe cutting mechanisms and chip formation at this scale in order to enhance micro-cutting models.

Automated summary

This paper discusses the development of a quick-stop device dedicated to micro-cutting, aiming to observe cutting mechanisms and chip formation at this scale in order to improve micro-cutting models.