Compression Edge Control
Upcut and downcut sections act together to support clean top and bottom edges in through-cut panel work.
Royce Ayr 2-Flute Solid Carbide Mortise Compression Router Bit — D 1/4" – Cut 7/8" – Shank 1/4" – Overall Length 2-1/2"
CA$999.99
Out of stock
SKU
R60-12001
Product Type
2-Flute Solid-Carbide Mortise Compression Router Bit
Series / Family
R60-120 · Mortise Compression
Diameter
1/4 in
Cutting Edge
7/8 in
Shank
1/4 in
Overall Length
2-1/2 in
Cutting Edges
2
Rotation
RH / Right Hand
Cutting Material
Solid Carbide
2-Flute Solid-Carbide Mortise
Compression Router Bit
2-Flute Solid-Carbide Mortise Compression Router Bit
Royce Ayr 2-Flute Solid-Carbide Mortise Compression Router Bit — D 1/4 in · CE 7/8 in · Sh 1/4 in · OA 2-1/2 in. Exact production data is tied to SKU R60-12001; stale legacy/private-label wording has been replaced where current Royce Ayr or verified catalogue data provides a stronger source.
1/4 inCutting Diameter
7/8 inCutting Edge
1/4 inShank
2-1/2 inOverall Length
2-Flute Solid-Carbide Mortise Compression Router Bit
Verified Royce Ayr configuration for industrial woodworking, CNC routing, boring, panel processing, or tooling service as applicable to this exact SKU.
HW / Carbide2 FluteRH / Right HandSKU R60-12001
Designed for compatible CNC routers and production toolholding systems accepting the exact 1/4 in shank. Verify collet condition, projection, rotation and machine limits before use.
Main Product Description
The Royce Ayr 2-Flute Solid-Carbide Mortise Compression Router Bit R60-12001 is configured for production CNC routing with cutting diameter 1/4 in, cutting edge 7/8 in, shank 1/4 in, overall length 2-1/2 in.
The verified 2-flute compression geometry geometry and 2-flute cutting configuration are matched to phenolic and reinforced composite materials. The geometry is intended to balance chip formation, edge quality and tool rigidity in the stated application family.
Maintain clean, concentric toolholding and minimize unsupported projection. Establish spindle speed, feed rate and depth-per-pass for the workpiece, machine power, workholding and tool diameter rather than transferring settings from a different cutter.
Technical Specifications
R60-120 · Mortise Compression · R60-12001
- Royce Ayr
- 2-Flute Solid-Carbide Mortise Compression Router Bit
- R60-12001
- R60-120 · Mortise Compression
- Solid Carbide
- 1/4 in
- 7/8 in
- .200 in
- 1/4 in
- 2-1/2 in
- 2
- RH / Right Hand
- Geometry: 2-flute compression geometry · Coating: Uncoated / Standard · Material Compatibility: Phenolic and Reinforced Composite Materials
- Designed for compatible CNC routers and production toolholding systems accepting the exact 1/4 in shank. Verify collet condition, projection, rotation and machine limits before use.
Best Fit Applications
Nested Panel Routing
Through-Cutting Laminated Panels
Plywood Machining
MDF & Composite Panels
Two-Sided Edge Quality
Product Highlights
Solid-Carbide Construction
The verified active cutting material is solid carbide, routed to Titan’s approved carbide material image.
Exact Production Geometry
Diameter, cutting length, upcut section, shank, flute count, rotation and OAL remain tied to this exact SKU.
Compatibility & Installation Notes
Designed for compatible CNC routers and production toolholding systems accepting the exact 1/4 in shank. Verify collet condition, projection, rotation and machine limits before use. Confirm exact dimensions, rotation, cutting geometry, coating designation and compatible machine/tool body before installation. Do not substitute an adjacent Royce Ayr row merely because one or more dimensions appear similar.
Build Repeatable Production Accuracy
The Royce Ayr 2-Flute Solid-Carbide Mortise Compression Router Bit R60-12001 preserves the verified identity and production geometry required for accurate tooling selection. D 1/4 in · CE 7/8 in · Sh 1/4 in · OA 2-1/2 in.
Use the exact verified SKU and setup data, inspect the tooling and holder before production, and establish operating parameters for the actual machine, workpiece and workholding conditions.