Page 579 - ISCAR(TURNING-CATALOG-42-2022)
P. 579

GRIP                                               ±0.1  INSL (Ref.)
          Utility Double-Ended
            Inserts for External, Internal                     RE     BW
          and Face Machining                                    CW

                                                                                              No depth penetration limit  FACE GROOVING
                                   Dimensions              Tough 1   Hard           Recommended  Machining Data

                                                                                                   f face-
                                                       IC830  IC8250  IC08  IC808  IC908  IC418  IC5010  IC806  IC807  IC804  ap  f turn  f groove  groove  f face-turn
           Designation  CW  RE  CWTOL (1)  RETOL (2)  INSL  BW                (mm)  (mm/rev)  (mm/rev)  (mm/rev)  (mm/rev)
           GRIP 3002Y   3.00  0.20  0.05  0.050  15.80  2.30 • • • • •  • • •  0.25-1.80  0.14-0.18  0.07-0.11  0.08-0.20  0.10-0.20
           GRIP 3003Y   3.00  0.30  0.05  0.050  15.80  2.30 • • • • • • • •  0.40-1.80  0.15-0.19  0.07-0.11  0.08-0.20  0.10-0.20
           GRIP 318-040Y  3.18  0.40  0.05  0.050  15.80  2.30 •  • • •  •   0.50-1.90  0.17-0.22  0.07-0.12  0.08-0.20  0.10-0.20
           GRIP 4002Y   4.00  0.20  0.05  0.050  19.00  2.80 • • • • •  • •  0.25-2.40  0.16-0.21  0.09-0.14  0.10-0.24  0.15-0.30
           GRIP 4004Y   4.00  0.40  0.05  0.050  19.00  2.80 • • • • • • • • • •  0.50-2.40  0.18-0.24  0.09-0.15  0.10-0.24  0.15-0.30
           GRIP 476-080Y  4.76  0.80  0.05  0.050  19.00  3.10 • •  • • •  •  1.00-2.80  0.21-0.33  0.10-0.20  0.10-0.24  0.15-0.30
           GRIP 5005Y   5.00  0.50  0.05  0.050  19.00  3.30 • • • • • • • • • •  0.60-3.00  0.20-0.30  0.11-0.20  0.12-0.24  0.15-0.35
           GRIP 5008Y   5.00  0.80  0.05  0.050  19.00  3.40 • •  • • • • • •  1.00-3.00  0.23-0.35  0.11-0.21  0.12-0.24  0.15-0.35
           GRIP 6005Y   6.00  0.50  0.05  0.050  19.00  4.20 • •  • • • • • •  0.60-3.60  0.22-0.36  0.13-0.23  0.12-0.28  0.15-0.40
           GRIP 6008Y   6.00  0.80  0.05  0.050  19.00  4.20 • •  • • • • • •  1.00-3.60  0.24-0.42  0.13-0.25  0.12-0.28  0.15-0.40
           GRIP 635-080Y  6.35  0.80  0.05  0.050  19.00  4.20  •  • • •  •  1.00-3.80  0.25-0.44  0.14-0.27  0.12-0.28  0.15-0.40
          •  For cutting speed recommendations and user guide, see pages 604-613
          (1)  Cutting width tolerance (+/-)
          (2)  Corner radius tolerance (+/-)
          For tools, see pages: C#-HELIR/L (265) • C#-HFIR/L-MC (573) • CR HFIR-M (575) • D/HGAD RE/LE-JHP (499) • DGAD/HGAD (479)
          •  DGFH (268) • DGFH-JHP (269) • DGFS (469) • DGTR/L (476) • HELIIR/L (355) • HELIR/L (266) • HFAER/L-4 (565) • HFAER/L-5T, 6T (566)
          •  HFAIR/L-4 (572) • HFAIR/L-DG (573) • HFFR/L-T (564) • HFHR/L-4T (559) • HFHR/L-5T (560) • HFIR/L-MC (574) • HFPAD-3 (562)
          •  HFPAD-4 (563) • HFPAD-5 (563) • HFPAD-6 (564) • HFPAD-JHP (562) • HGAER/L-3 (565) • HGAIR/L-3 (568) • HGFH (268) • HGHR/L-3 (558)
          •  HGPAD (267) • HGPAD-JHP (267) • IM-HFIR-MC (574)
          The Twisted Insert
          for Face Machining


                                                             The double-ended, twisted insert body
                                                             makes it possible to machine deeper than
                                                             the insert’s length.
                                                             A unique chipformer for controlled chip flow
                                                             in axial and radial directions.
                                                             The rear angle is slanted in relation
                                                             to the frontal edge so it does not
                                                             come into contact with the machined
                                                             groove surface as the tool penetrates
                                                             deeply into the workpiece.



































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