VB / VC - 35° Rhombic Positive (VBMT/VBGT)

Brand: Kyocera
1. Product OverviewThe Kyocera VBMT160402VF TN6010 TSC07585D is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 35° geometry with a 35° corner angle, 16.6 mm cutting edge length and 9.525 mm inscribed circle, 4.76 mm thickness and ..
$4.69 USD $7.82 USD
Brand: Kyocera
1. Product OverviewThe Kyocera VBMT160402VF TN6020 is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 35° geometry with a 35° corner angle, 16.6 mm cutting edge length and 9.525 mm inscribed circle, 4.76 mm thickness and a 0.2 mm n..
$4.69 USD $7.82 USD
Brand: Kyocera
1. Product OverviewThe Kyocera VBMT160402VF TN610 is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 35° geometry with a 35° corner angle, 16.6 mm cutting edge length and 9.525 mm inscribed circle, 4.76 mm thickness and a 0.2 mm no..
$5.15 USD $8.59 USD
Brand: Kyocera
1. Product OverviewThe Kyocera VBMT160402VF TN620 is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 35° geometry with a 35° corner angle, 16.6 mm cutting edge length and 9.525 mm inscribed circle, 4.76 mm thickness and a 0.2 mm no..
$4.69 USD $7.82 USD
Brand: Kyocera
1. Product OverviewThe Kyocera VBMT160404GP is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 35° geometry with a 35° corner angle, 16.6 mm cutting edge length and 9.525 mm inscribed circle, 4.76 mm thickness and a 0.4 mm nose rad..
$5.55 USD $9.25 USD
Brand: Kyocera
1. Product OverviewThe Kyocera VBMT160404GP is a precision indexable turning insert engineered by Kyocera in Japan for CNC lathe production. Built around a Rhombic 35° geometry with a 35° corner angle, 16.6 mm cutting edge length and 9.525 mm inscribed circle, 4.76 mm thickness and a 0.4 mm nose rad..
$4.69 USD $7.82 USD
Brand: Kyocera
Product Overview
The Kyocera VBMT160404GP with grade CA025P (MPN: TMH00507) is a premium 35° rhombic indexable insert engineered for general turning. Manufactured in Japan, this insert combines a high-performance carbide substrate with advanced CVD coating technology to deliver superior surface qual..
$6.41 USD $10.68 USD
Brand: Kyocera
Product Overview
The VBMT160404GP CA115P TML00442 is a premium v-insert (35° rhombic) manufactured by Kyocera in Japan. Engineered for general purpose applications, this insert combines advanced PVD coating technology with a precision-ground carbide substrate to deliver exceptional performance in CN..
$7.60 USD $12.66 USD
Brand: Kyocera
1. Product Overview
The VBMT160404GP is a premium-grade 35° Rhombus indexable carbide insert manufactured by Kyocera Corporation under the CA125P grade classification. Designed specifically for general turning, medium cutting, this insert combines a high-performance PVD multi-layer coating with a ro..
$7.53 USD $12.55 USD
Brand: Kyocera
1. Product Overview
The VBMT160404GP is a premium-grade 35° Rhombus indexable turning insert manufactured by Kyocera in Japan. Featuring the advanced CA510 CVD-coated carbide substrate, this insert delivers exceptional performance in high-speed steel machining applications. The General Purpose chipb..
$5.48 USD $9.14 USD
Brand: Kyocera
Product Overview
The Kyocera VBMT160404GP CA515 TAB07450 is a premium v-type turning insert engineered for general machining.
Manufactured in Japan to stringent ISO 9001 quality standards, this insert combines a general purpose chipbreaker geometry
with the advanced CA515 PVD-coated grade to deliv..
$5.48 USD $9.14 USD
Brand: Kyocera
Kyocera VBMT160404GP CA525 TAC07450 — General Turning???? Product Overview
The VBMT160404GP is a premium-grade indexable turning insert manufactured by Kyocera under grade CA525. Designed for general turning, this insert delivers exceptional dimensional accuracy, superior surface finish quality, a..
$5.48 USD $9.14 USD

