Royce Ayr R60-15004 - Solid Carbide Low Helix Compression Router Bit - 1/2 in Dia x 1-1/8 in Cut x RH

CA$204.40
In stock
SKU
R60-15004
Made in Canada
Product Type
Solid Carbide Low Helix Compression Router Bit
Cutting Material
Solid Carbide
Cutting Diameter
1/2 in (12.7 mm)
Cutting Length
1-1/8 in (28.575 mm)
Shank Diameter
1/2 in (12.7 mm)
Overall Length
3-1/2 in (88.9 mm)
Upcut Length
0.22 in (5.588 mm)
Flute Count
2
Rotation
Right Hand
Cut Direction
Compression
Coating
None
Machine Type
CNC router

Royce Ayr · Router Bit

Solid Carbide Low Helix Compression Router Bit

Royce Ayr

R60-15004

Designed to route panel edges with opposing cutting directions.

1/2 in (12.7 mm)Cutting Diameter
1-1/8 in (28.575 mm)Cutting Length
1/2 in (12.7 mm)Shank Diameter
3-1/2 in (88.9 mm)Overall Length

Tool Type

Solid Carbide Low Helix Compression Router Bit

The solid-carbide cutting section provides rigidity and wear resistance at the working edge.

Solid CarbideCompressionRight HandSKU R60-15004
Choose a holder or collet for the 1/2 in shank and check the available tool clearance.

Main Product Description

This Royce Ayr solid carbide low helix compression router bit is designed to route panel edges with opposing cutting directions. It is suitable for laminated plywood, veneered plywood and wood with CFRP laminates.

Upcut and downcut sections work toward the middle of the material. With the transition positioned within the panel, the geometry helps support both faces during the cut. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.

The 1/2 in cutting diameter and 1-1/8 in cutting length define the working section of this version. Its 1/2 in shank fits a holder or collet matched to that diameter. The upcut section is 0.22 in long; position the transition within the material.

Technical Specifications

R60-15004 · Solid Carbide Low Helix Compression Router Bit

  • BrandRoyce Ayr
  • SKUR60-15004
  • Product TypeSolid Carbide Low Helix Compression Router Bit
  • Family / SeriesLow Helix Compression
  • Cutting MaterialSolid Carbide
  • Cutting Diameter1/2 in (12.7 mm)
  • Cutting Length1-1/8 in (28.575 mm)
  • Shank Diameter1/2 in (12.7 mm)
  • Overall Length3-1/2 in (88.9 mm)
  • Upcut Length0.22 in (5.588 mm)
  • Flute Count2
  • RotationRight Hand
  • Cut DirectionCompression
  • CoatingNone
  • Machine TypeCNC router

Configuration Details

Tool Configuration

routing laminated plywood
routing veneered plywood
routing wood-core composites

Performance Details

Product Highlights

01

Working geometry

Upcut and downcut sections work toward the middle of the material.

02

Cutting material

The solid-carbide cutting section provides rigidity and wear resistance at the working edge.

03

This version

The 1/2 in cutting diameter and 1-1/8 in cutting length define the working section of this version. Its 1/2 in shank fits a holder or collet matched to that diameter. The upcut section is 0.22 in long; position the transition within the material.

Before Machining

Compatibility & Installation Notes

Match the cutting depth and upcut section to the workpiece so the compression transition is correctly positioned. Use only with right hand spindle operation and compatible toolholding.

Production Outcome

Solid Carbide Low Helix Compression Router Bit

Royce Ayr R60-15004 is designed to route panel edges with opposing cutting directions. It is suitable for laminated plywood, veneered plywood and wood with CFRP laminates.

Upcut and downcut sections work toward the middle of the material. With the transition positioned within the panel, the geometry helps support both faces during the cut. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.

The 1/2 in cutting diameter and 1-1/8 in cutting length define the working section of this version. Its 1/2 in shank fits a holder or collet matched to that diameter. The upcut section is 0.22 in long; position the transition within the material.

For help selecting this version, share your machine model, workpiece material and intended operation with Titan.

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