LNKX/LNMT 1106 with a Very Positive Chipformer and Reinforced Cutting Edge

S W L APMX RE Recommended

Dimensions Tough 1 Hard Machining Data

a f p z

DesignationW1LSREAPMX(1)(mm)(mm/t)
LNKX 1106PN-N MM6.0011.1611.000.805.00••••••1.50-5.000.15-0.20
LNKX 1106PNTN MM6.0011.1611.000.805.00•••1.50-5.000.17-0.25
LNMT 1106PN-N MM6.0011.1611.000.805.00•••••••1.50-5.000.17-0.25
  • Molded chipformer to produce positive cutting
  • Reduced cutting forces enable higher feed capability
  • LNKX... is peripherally ground for accuracy and improved surface

finish LNMT... is an economical utility insert LNKX1106PNTN MM insert has a reinforced chamfered land 4 R.H. and 4 L.H. cutting edges when used on F90LN... cutters For cutting speed recommendations, see pages 542-547 (1) DOC when the insert is on the cutter

For tools, see pages: F90LN-N11 (203) FDN-CALN11 (349) SDN-CALN11 (359)

PN-N-MM PNTN MM

LNHT 1106 PN-R HT Tangentially Clamped Inserts with 4 Straight Right-Hand Cutting Edges

S

L

W1 10° Ref. APMX RE RE

Dimensions Tough 1 Hard Recommended Machining Data

a f p z

DesignationW1LSREAPMX(1)(mm)(mm/t)
LNHT 1106PN-R HT5.9711.1611.000.8010.00•••2.00-7.000.15-0.25
  • Right-hand insert with 4 cutting edges
  • Can machine a 90° shoulder according to the table below
  • For cutting speed recommendations, see pages 542-547

(1) APMX=10 mm for cast iron applications (for each pass), APMX=8 mm for steel applications

For tools, see pages: F90LN-N11 (203) FDN-CALN11 (349) SDN-CALN11 (359)

Mismatch as a function ∆W

of tool diameter LNHT 11.. ∆h=8 Dtool ∆W 40 0.12 50 0.06

63 0.03 8

80 0.04 100 0.01 125 0.02