Full vertical profile of the Freud 1/8-inch diameter downshear spiral router bit highlighting the precision-ground solid carbide flutes and industrial cooling coating.
Freud 76-100 1/8-inch down spiral solid carbide router bit featuring a 1/4-inch shank and Black I.C.E. coating designed for clean top-surface finishes in CNC woodworking.
Full vertical profile of the Freud 1/8-inch diameter downshear spiral router bit highlighting the precision-ground solid carbide flutes and industrial cooling coating.
Technical profile diagram illustrating the 1/8-inch cutting width and 1/2-inch maximum cutting depth of the Freud 76-100 down spiral router bit in solid wood.
Material compatibility chart showing the Freud down spiral router bit is ideal for cleanly milling veneered plywood, hardwoods, softwoods, and composite materials.
Instructional application graphic demonstrating the downward pressure and better finish provided by the down-spiral rotation of the Freud carbide router bit.
3D rendering of a wood board showcasing the smooth, chip-free deep groove produced by the Freud 1/8-inch down spiral solid carbide bit.
Tool compatibility guide indicating the Freud 1/4-inch shank down spiral bit is optimized for use with hand routers, table routers, palm routers, and CNC machines.
Freud 76-100 down spiral router bit displayed in its protective retail packaging, highlighting the 1/4-inch shank and 1/8-inch cutting diameter.
Freud Black Ice CNC Bits promotional how to video
Full vertical profile of the Freud 1/8-inch diameter downshear spiral router bit highlighting the precision-ground solid carbide flutes and industrial cooling coating.
Freud 76-100 1/8-inch down spiral solid carbide router bit featuring a 1/4-inch shank and Black I.C.E. coating designed for clean top-surface finishes in CNC woodworking.
Full vertical profile of the Freud 1/8-inch diameter downshear spiral router bit highlighting the precision-ground solid carbide flutes and industrial cooling coating.
Technical profile diagram illustrating the 1/8-inch cutting width and 1/2-inch maximum cutting depth of the Freud 76-100 down spiral router bit in solid wood.
Material compatibility chart showing the Freud down spiral router bit is ideal for cleanly milling veneered plywood, hardwoods, softwoods, and composite materials.
Instructional application graphic demonstrating the downward pressure and better finish provided by the down-spiral rotation of the Freud carbide router bit.
3D rendering of a wood board showcasing the smooth, chip-free deep groove produced by the Freud 1/8-inch down spiral solid carbide bit.
Tool compatibility guide indicating the Freud 1/4-inch shank down spiral bit is optimized for use with hand routers, table routers, palm routers, and CNC machines.
Freud 76-100 down spiral router bit displayed in its protective retail packaging, highlighting the 1/4-inch shank and 1/8-inch cutting diameter.
Freud Black Ice CNC Bits promotional how to video
Freud

Freud 76-100 1/8 Inch Down Spiral Router Bit 1/4 Inch Shank 1/2 Inch Carbide Height Solid Carbide Downshear Melamine Veneer Plywood CNC Woodworking

In stock
SKU: 76-100
$17.29
$32.26 Sale $17.29

Description

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Achieve Flawless Top-Surface Finishes with Freud’s Premier Down Spiral Carbide Bit

Eliminate the risk of surface splintering and costly material waste with the Freud 76-100 1/8-Inch Down Spiral Router Bit. Specifically engineered for intricate precision woodworking, this industrial-grade bit utilizes a downward shearing action that effectively pushes wood fibers and chips down into the cut. This unique "downshear" geometry is the ultimate solution for creating perfectly clean, chip-free edges on the top surface of single-sided veneers, expensive laminates, and delicate melamine panels. Whether you are milling thin grooves, precise dadoes, or performing complex through-cuts, this bit ensures that your visible surface remains pristine and professional.

Constructed from Freud’s proprietary TiCo High-Density Solid Carbide, this bit is built to withstand the rigors of high-production environments. It features the innovative Black I.C.E. (Industrial Cooling Element) coating, which significantly reduces heat buildup and friction while providing superior chip evacuation. This powerful combination of advanced carbide and protective coating delivers up to 2X the cutting life and performance compared to standard uncoated bits. While optimized for maximum precision in CNC routers, this 1/4-inch shank bit also delivers exceptional results in table-mounted or hand-held routers when superior top-surface finish quality is the primary goal.

Key Features

  • Down-spiral shearing action provides perfectly chip-free cuts on the top surface of laminates and veneered panels.
  • Advanced Black I.C.E. coating keeps the cutting edge cool and resists pitch buildup for a cleaner, faster cut.
  • Manufactured from Freud Premier Solid TiCo High-Density Carbide for maximum durability and razor-sharp precision.
  • Delivers 2X the performance and tool life compared to standard uncoated bits, reducing downtime and replacement costs.
  • Ideal for high-accuracy grooves, dadoes, and through-cuts in hardwoods, softwoods, and composite materials.
  • Highly versatile design is compatible with CNC routers, table-mounted routers, and hand-held router setups.

What's Included

  • (1) Freud 1/8-Inch Diameter Solid Carbide Down Spiral Router Bit (1/4-Inch Shank)

Specifications

Brand Freud
Model Number 76-100
Bit Type Down Spiral (Downshear)
Overall Diameter (D) 1/8 Inch
Shank Diameter (A) 1/4 Inch
Carbide Cutting Height (h) 1/2 Inch
Overall Length (H) 2 Inches
Material Solid TiCo High-Density Carbide
Coating Technology Black I.C.E.
Number of Flutes 2
Maximum RPM 24,000 RPM
Tool Compatibility CNC, Hand-Held, & Table Routers

Pro-Tip

When using a 1/8-inch down spiral bit, remember that the downward force provides excellent stability for your workpiece but pushes chips into the bottom of the groove. To prevent bit breakage and overheating, ensure your feed rate is optimized and your vacuum system is clear. For deep slots, consider making the cut in two passes rather than one to allow the smaller diameter bit to maintain its structural integrity and razor-sharp edge.