A studio product shot of the Freud 77-216 double compression spiral router bit, featuring a solid carbide body with a polished silver shank and a dark blue-black coated compression spiral cutting edge.
An informational graphic titled Materials, displaying 3D samples of veneered plywood, hardwoods, softwoods, composites, and melamine or laminate to indicate the compatible surfaces for this compression router bit.
A studio product shot of the Freud 77-216 double compression spiral router bit, featuring a solid carbide body with a polished silver shank and a dark blue-black coated compression spiral cutting edge.
Freud Black Ice CNC Bits promotional how to video
A studio product shot of the Freud 77-216 double compression spiral router bit, featuring a solid carbide body with a polished silver shank and a dark blue-black coated compression spiral cutting edge.
An informational graphic titled Materials, displaying 3D samples of veneered plywood, hardwoods, softwoods, composites, and melamine or laminate to indicate the compatible surfaces for this compression router bit.
A studio product shot of the Freud 77-216 double compression spiral router bit, featuring a solid carbide body with a polished silver shank and a dark blue-black coated compression spiral cutting edge.
Freud Black Ice CNC Bits promotional how to video
Freud

Freud 77-216 1/2 Inch Double Compression Spiral Router Bit 1/2 Inch Shank Solid Carbide Black ICE Coating for Melamine Plywood Hardwood and CNC

Only 1 left
SKU: 77-216
$65.97 USD

Description

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Achieve Flawless Chip-Free Finishes on Double-Sided Laminates and Veneers

The Freud 77-216 Double Compression Spiral Bit is the ultimate solution for woodworkers and CNC operators who require a perfect finish on both sides of a workpiece. By expertly combining up-shear and down-shear flutes, this bit compresses the material toward the center, effectively eliminating chipping and tear-out on both the top and bottom surfaces. It is specifically engineered for high-performance routing of demanding materials such as double-sided melamine panels, laminated veneers, and high-quality plywoods. Whether you are building custom cabinetry or intricate furniture, the 77-216 ensures industrial-grade results in hardwood, softwood, and composite materials.

Constructed from Freud Premier Solid Carbide and enhanced with TiCo™ High-Density Carbide, this bit offers a 2X increase in life and performance compared to standard uncoated bits. To further protect your investment, it features Freud’s proprietary Black I.C.E. (Industrial Cooling Element) coating. This advanced coating keeps the cutting edge cool during high-speed operations and facilitates superior chip evacuation to prevent burning and resin buildup. Designed for maximum versatility, this bit performs exceptionally well in CNC machines, handheld routers, and table-mounted router setups.

Key Features

  • Dual-Sided Precision: Eliminates chipping on both sides of double-sided veneers or laminated materials for the finest possible finish.
  • Advanced Compression Geometry: Combines up-shear and down-shear cutting actions to prevent tear-out across the entire material thickness.
  • Black I.C.E. Coating: Maintains a cool cutting edge and provides superior chip evacuation for cleaner, faster cuts.
  • TiCo™ Hi-Density Carbide: Specialized carbide formulation delivers 2X increased life and performance versus standard bits.
  • Industrial Versatility: Ideal for routing melamine, plywood, hardwood, or softwood in high-production settings.
  • Multi-Platform Use: Engineered for peak performance in CNC, hand-held, and table-mounted routers.

What's Included

  • (1) Freud 77-216 1/2" Double Compression Spiral Solid Carbide Router Bit

Specifications

Brand Freud
Model Number 77-216
Material Premier Solid Carbide / TiCo™
Coating Black I.C.E.
Overall Diameter (D) 0.5 in (1/2")
Shank Diameter (A) 0.5 in (1/2")
Carbide Height (h) 2.125 in (2-1/8")
Upcut Length 0.03125 in (1/32")
Overall Length (H) 4 in
Number of Cutters 2
Maximum RPM 24,000

Pro-Tip: To achieve the best "compression" effect and prevent surface chipping, ensure your first pass is deep enough to allow the down-shear portion of the bit to engage the top surface of the material. When using this bit on thin materials, a single pass at full depth is often the most effective way to ensure both faces remain perfectly crisp.