Highlights

Until now, ISOTURN tools featuring the JHP cooling option were designed with a lever clamping mechanism, as an upper clamp would obstruct the coolant jet from reaching the cutting edge.
The new design integrates the JETRTURN hollow Rigid Clamp, which allows JHP coolant to reach the cutting edge without any obstacles.




In the first stage, ISCAR offers tools with JETRTURN Rigid Clamp mechanism for the most popular standard CNMG, WNMG and DNMG insert geometries.



Features

• Strong and reliable clamping mechanism prolongs tool life
• Coolant jet directed to the cutting edge
• Excellent corner location repeatability
• Excellent performance in heavy cut machining

The new external tools feature three coolant connection options:

• Rear threaded inlet
• Bottom threaded inlet
• Bottom inlet for adjustable shank overhang, as in ISCAR’s JHP-MC tools

All external tools are equipped also with a frontal bottom coolant outlet directed to the insert flank, which enhances the cooling effect.

Note
The through-tool coolant provides improved tool life, chip control and productivity advantages when high pressure coolant is induced. In addition, the 10-15 bar standard pressure provides better performance when compared to external cooling results.
































• Form B1 radial R.H. short, form B4 radial overhead L.H. short.


• Form B1 radial R.H. short, form B4 radial overhead L.H. short.



• Form B1 radial R.H. short, form B4 radial overhead L.H. short.


• Form B1 radial R.H. short, form B4 radial overhead L.H. short.



• Form C1 axial R.H., form C4 axial overhead L.H. short.


• Form C1 axial R.H., form C4 axial overhead L.H. short.



• Form C1 axial R.H., form C4 axial overhead L.H. short.


• Form C2 axial L.H., form C3 axial overhead R.H. short.



The NPA08-2018's pdf file: View (PDF) or Download (ZIP)