Diamond Pattern Router Bit: 0.375" Dia, 1.125" LOC, 3/8" Shank Dia, End Mill MPN:72963
Discount: See in Cart
Free Shipping
In Stock
Free Shipping
In Stock
SKU
310-55300677
Diamond Pattern Router Bit: 0.375" Dia, 1.125" LOC, 3/8" Shank Dia, End Mill
MSC Industrial Co.'s diamond pattern router bit is constructed with quality solid carbide offering superior precision when cutting intricate patterns designed for mold making needs preventing splintering demands when working on hardwood material resulting less deformation thus ensuring smooth surface finish preventing excess heat while producing quality edges demanded in industries such as woodworking requiring precision finishing thus delivering exceptional results while offering cost-effective options perfect suitable providing superior value expected thus remaining top choice among professionals working demanding applications.
Diamond Pattern Router Bit: 0.375" Dia, 1.125" LOC, 3/8" Shank Dia, End Mill 2-1/2" OAL, Solid Carbide, Diamond Finish
Product Information
- : 72963
- Bit Material: Solid Carbide
- Coating/Finish: Diamond
- Cutter Diameter (Decimal Inch): 0.3750
- Cutter Diameter (Inch): 3/8
- Cutter Diameter Tolerance: +0.0000 to -0.0050 in
- Cutting Direction: Right Hand
- End Type: End Mill
- Length of Cut (Decimal Inch - 4 Decimals): 1.1250
- Length of Cut (Inch): 1-1/8
- Material Application: Composite Plastics
- Number of Flutes: 8
- Overall Length (Inch): 2-1/2
- Primary Workpiece Material Code: N
- Series: 31-CCR
- Shank Diameter (Inch): 3/8
- Shank Diameter Tolerance (Decimal Inch): +0.00000 to -0.00035
- Shank Length (Decimal Inch): 1.3750
- Shank Length (Inch): 1-3/8
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Material Safety Data Sheet (MSDS) Required: No
- Country of Origin: US, United States
- TAA Compliant: Yes
- UNSPSC: 27112821
- UPC: 691781729633
- CA Restricted (Prop 65): Unknown
- Package Weight: 0.13
- Prohibited States: AK,HI,PR
Product info last updated on July 16, 2024 12:02pm UTC
Category: Diamond-Pattern Router Bits