DN - 55° Rhombic Negative (DNMG)

Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SG is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$9.71 USD $16.19 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SG is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$7.99 USD $13.32 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SG is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$9.71 USD $16.19 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SG is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$7.53 USD $12.55 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SG PR1535 is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm no..
$6.61 USD $11.01 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SQ is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$7.27 USD $12.11 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SQ is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$7.27 USD $12.11 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SQ is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$9.71 USD $16.19 USD
Brand: Kyocera
1. Product OverviewThe Kyocera DNMG150612SQ is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 55° geometry with a 55° corner angle, 15.5 mm cutting edge length and 12.7 mm inscribed circle, 6.35 mm thickness and a 1.2 mm nose radi..
$9.71 USD $16.19 USD
Brand: Kyocera
1. Product Overview
The DNMG150612ZS is a precision-engineered indexable carbide turning insert manufactured by Kyocera under grade CA310. Designed for Light to Medium CNC turning operations, this negative-style 55° diamond insert delivers exceptional dimensional accuracy, superior surface finish, a..
$5.88 USD $9.80 USD
Brand: Kyocera
Product Overview
The DNMG150612ZS CA315 TMD02477 is a premium indexable insert manufactured by Kyocera using advanced cermet technology. Designed for semi-finishing, interrupted cuts, this insert delivers exceptional surface finish quality, tight dimensional tolerances, and extended tool life in dem..
$5.88 USD $9.80 USD
Brand: Kyocera
Product Overview
The DNMG150612ZS CA320 TME02477 is a premium indexable carbide insert manufactured by Kyocera in Japan. Designed for precision CNC turning operations, this insert combines an ultra-fine grain carbide substrate with a multi-layer CVD coating to deliver exceptional wear resistance, th..
$5.88 USD $9.80 USD
