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Coolant Solver
 In machining exotic superalloys, effective coolant
 supply is a cornerstone of success. Pinpointed high-
 pressure cooling (HPC) can be a significant tool
 to improve cutting performance. It is a real source
 for greater tool life, better chip control, and higher
 productivity.

 One of the latest ISCAR's developments is a family of
 turning tools with ISO-type indexable inserts. The tool
 design utilizes an upper clamp for reliable securing of
 the inserts even during heavy and interrupted cuts.
 The previous turning tools with the HPC option had
 a lever clamping mechanism as an upper clamp
 would obstruct a jet of coolant from reaching the
 cutting edge.


 The newly developed tools integrate a hollow upper
 clamp that allows for solving two problems:
 •  strong and rigid insert clamping
 •  eliminating any obstacle for the coolant jet
 on its way to the cutting edge
 Hence, the clamp, which serves in the new tools as
 a coolant nozzle, received an additional important
 functional feature.


 The new products with through-tool coolant supply
 are beneficial not only in machining with HPC. Their
 applying to turning with conventional external "low"
 pressure cooling (10-15 bars) also provides better
 performance.

 In parting and grooving, especially in deep grooving,
 efficient chip forming has crucial significance.
 Pinpointed high-pressure cooling of a cutting edge
 significantly diminishes chip jamming and reduces
 built-up edge. Within the past year, ISCAR expanded
 the range of its HPC products by introducing new
 face grooving tools with HPC option. These tools are
 suitable for coolant pressure of up to 140 bars.





















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 38  MACHINING  IN  DUSTRY 4.0                                                                           ISCAR    39
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