Item: T33451 | Model: 04-110
Pricing Information
$19.95
Price: $19.95
T33451 1/4" Double Flute Straight Bit
A 1/4" straight bit ideal for grooving and edge-routing applications.
Freud's carbide tipped and solid carbide double flute straight bits are ideal for grooving, edge-routing and other general purpose routing tasks.The precise hook and shear angles provide fast cutting and a smooth finish in hardwood, softwood, plywood and composite materials.
Tips are relieved to allow for efficient plunge cuts.
Designed for use in CNC, hand-held and table-mounted routers.
SPECIFICATIONS:
- Cutter Diameter: 5/32"
- Cutting Length: 5/8"
- Overall Length: 1-1/2"
- Shank: 1/4"
- Maximum RPM: 24,000
FEATURES:
- Black I.C.E coating for cool cutting edge and superior chip evacuation
- Black I.C.E + Freud TiCo H-Density Carbide = 2X increased life and performance vs. standard uncoated bits.
Actions for Products including purchasing, availability and wishlist
Shipping
Delivery Options Loading...
Product detail tabs
Overview
The precise hook and shear angles provide fast cutting and a smooth finish in hardwood, softwood, plywood and composite materials.
Tips are relieved to allow for efficient plunge cuts.
Designed for use in CNC, hand-held and table-mounted routers.
T33451 1/4" Double Flute Straight Bit
A 1/4" straight bit ideal for grooving and edge-routing applications.
Freud's carbide tipped and solid carbide double flute straight bits are ideal for grooving, edge-routing and other general purpose routing tasks.The precise hook and shear angles provide fast cutting and a smooth finish in hardwood, softwood, plywood and composite materials.
Tips are relieved to allow for efficient plunge cuts.
Designed for use in CNC, hand-held and table-mounted routers.
SPECIFICATIONS:
- Cutter Diameter: 5/32"
- Cutting Length: 5/8"
- Overall Length: 1-1/2"
- Shank: 1/4"
- Maximum RPM: 24,000
FEATURES:
- Black I.C.E coating for cool cutting edge and superior chip evacuation
- Black I.C.E + Freud TiCo H-Density Carbide = 2X increased life and performance vs. standard uncoated bits.