Sale!

Max Bar Tool Co Vngr6m093 C2 Carb Grooving Inserts Qty 10 Vngr-6M093

Original price was: $80.00.Current price is: $34.89.

max bar tool co

 VNGR6M093 C2 CARB GROOVING INSERTS qty 10 VNGR-6M093
MSRP: $80

This listing is for a set of ten VNGR6M093 C2 carbide grooving inserts from Max Bar Tool Co. These inserts are designed for use in indexable toolholding systems and are ideal for CNC metalworking and manufacturing applications. With a durable construction and precise grooving capabilities, these inserts are a top choice for professionals in the industry. Whether you’re working on a business or industrial project, these inserts are sure to provide high-quality results. Don’t miss out on this opportunity to add these top-of-the-line inserts to your tool kit.



Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

NOV 07 23
HS3527
Cab O 34

INSERT TYPE: Grooving Insert
MPN: VNGR-6M093
MSRP: $80

1 in stock

SKU: nov0723HS3527Cabo34 Category:

Description

max bar tool co

 VNGR6M093 C2 CARB GROOVING INSERTS qty 10 VNGR-6M093
MSRP: $80

This listing is for a set of ten VNGR6M093 C2 carbide grooving inserts from Max Bar Tool Co. These inserts are designed for use in indexable toolholding systems and are ideal for CNC metalworking and manufacturing applications. With a durable construction and precise grooving capabilities, these inserts are a top choice for professionals in the industry. Whether you’re working on a business or industrial project, these inserts are sure to provide high-quality results. Don’t miss out on this opportunity to add these top-of-the-line inserts to your tool kit.



Please review photos, comes as shown.


Fast shipping, straight from our warehouse in sunny Florida!

Industry Recycles

155 Center Ct, Venice, FL 34285

NOV 07 23
HS3527
Cab O 34

INSERT TYPE: Grooving Insert
MPN: VNGR-6M093
MSRP: $80

Additional information

Weight 1 lbs
Insert Type

MSRP

Condition

New – Open box

Condition Description