A professional studio photograph of the Freud 16-098 mortising router bit, highlighting its bright red Perma-SHIELD coating on the cutting head, sharp silver TiCo carbide edges, and a polished 1/4 inch steel shank.
A technical diagram for the Freud 16-098 bit, illustrating a cross-section of a wood block with a red path indicating a precise straight-walled mortise that is exactly 15/32 of an inch wide and 1/2 of an inch deep.
A technical instructional diagram demonstrating the precision of the Freud 16-098 mortising bit. The illustration shows the bit cutting a clean recess in a wooden block, a metal door hinge, and the final result of the hinge sitting perfectly flush within the routed mortise.
A professional studio photograph of the Freud 16-098 mortising router bit, highlighting its bright red Perma-SHIELD coating on the cutting head, sharp silver TiCo carbide edges, and a polished 1/4 inch steel shank.
A technical diagram for the Freud 16-098 bit, illustrating a cross-section of a wood block with a red path indicating a precise straight-walled mortise that is exactly 15/32 of an inch wide and 1/2 of an inch deep.
A technical instructional diagram demonstrating the precision of the Freud 16-098 mortising bit. The illustration shows the bit cutting a clean recess in a wooden block, a metal door hinge, and the final result of the hinge sitting perfectly flush within the routed mortise.
Freud

Freud 16-098 15/32 Inch Mortising Router Bit 1/4 Inch Shank TiCo Carbide Tipped Down Shear Design for 1/2 Inch Plywood Hinges Dados and Grooves

Only 1 left
SKU: 16-098
$20.49 USD

Description

Achieve Flawless, Splinter-Free Mortises with Freud’s Precision Down-Shear Mortising Bits

The Freud 16-098 15/32" Mortising Router Bit is a professional-grade solution specifically engineered to deliver clean, surgical-grade mortises in plywood, veneers, and solid woods. This bit is uniquely sized for 1/2" plywood hardware applications, ensuring a perfect fit for hinges and specialty hardware without the loose tolerances found in standard bits. The specialized down-shear geometry works by pushing wood fibers downward during the cut, effectively eliminating top-surface splintering and leaving a crisp, finished edge that requires zero rework.

Constructed with Freud's proprietary TiCo™ Hi-Density Carbide and protected by a non-stick Perma-SHIELD® Coating, the 16-098 is built to withstand high-heat, high-production environments. The bit features deep center gullets designed for maximum material removal, allowing for fast, efficient clearing of chips without the risk of chip loading or bit overheating. Optimized for peak performance in CNC machines, hand-held routers, and table-mounted setups, this tool is indispensable for creating precise grooves, dadoes, and hardware recesses in all composition materials.

Key Features

  • Down-Shear Cutting Action: Specifically designed to push fibers down for a splinter-free top surface.
  • High-Speed Material Removal: Deep center gullets allow for fast chip clearance and prevent clogging.
  • Perma-SHIELD® Coating: Non-stick red coating protects against heat collection, corrosion, and resin buildup.
  • Precision Hardwood Sizing: Ideal for 15/32" grooves and mortises typically required for 1/2" plywood projects.
  • Industrial Carbide: Features TiCo™ Hi-Density Carbide for maximum tool life and long-term edge retention.
  • Universal Machine Setup: Fully optimized for use on CNC, hand-held, and table-mounted portable routers.

What's Included

  • (1) Freud 16-098 15/32" Mortising Router Bit (1/4" Shank)

Specifications

Overall Diameter (D) 15/32 Inch
Shank Diameter (A) 1/4 Inch
Carbide Height (h) 1/2 Inch
Overall Length (H) 2 Inches
Number of Cutters 2
Maximum RPM 24,000 RPM
Shear Direction Down-Shear Action
Bit Material TiCo™ Hi-Density Carbide Tipped
Cutting Material Plywood, Veneers, Hardwoods, Softwoods, Composites
Application Mortising, Grooving, and Dadoes
Pro-Tip: To ensure the longest life for your mortising bit and the cleanest possible floor in your grooves, perform deep mortises in multiple shallow passes rather than one single deep cut. This reduces heat buildup and allows the deep center gullets to clear chips more effectively, preventing "burning" on the workpiece.