THREADING SYSTEMS - JEL - 05/2008 - Komet
THREADING SYSTEMS - JEL - 05/2008 - Komet
THREADING SYSTEMS - JEL - 05/2008 - Komet
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Circular interpolation grooving –<br />
A completely new tool concept<br />
Method description:<br />
With circular interpolation grooving, the principle of<br />
external grooving is transferred from a machining centre<br />
to a lathe by programming the machining centre spindle<br />
as an axis.<br />
The tool is then moved outwards at grooving depth on a<br />
helical interpolation path programmed by the machine<br />
control.<br />
At every point on the circular path the cutting edge is<br />
vertical to the bore tangent.<br />
Application areas:<br />
For all internal and external grooves, angled grooves and<br />
annular slots.<br />
Tool design:<br />
An extremely wide variety of tool designs specifically matched<br />
to the machining task in question.<br />
tool<br />
cutting edge<br />
tool centre point<br />
workpiece<br />
feed<br />
Please see note on page 152<br />
Tool size Aluminium/ Alum. alloy Grey cast iron/ SG cast iron<br />
very small tools<br />
up to Ø 32<br />
larger than Ø 32<br />
solid carbide mono<br />
TiAlN coating<br />
solid carbide tool carrier<br />
cutting edge PCD tipped<br />
steel tool carrier<br />
PCD brazed cutting edge<br />
solid carbide mono<br />
TiAlN coating<br />
solid carbide tool carrier<br />
cutting edge with solid carbide tip<br />
TiAlN coating<br />
steel tool carrier<br />
solid carb. brazed cutting edge<br />
TiAlN coating<br />
146
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