Royce Ayr 3-Flute Low Helix Up-Cut Solid Carbide Router Bit - 3/8" Diameter x 5/8" Cut

CA$93.45
In stock
SKU
R60-22503
Made in Canada
Product Type
3 Flute Low Helix Up-Cut Router Bit
Diameter
3/8 in (9.53 mm)
Cutting Edge
5/8 in (15.88 mm)
Shank
3/8 in (9.53 mm)
Overall Length
3 in (76.2 mm)
Geometry
3 Flutes / Up-Cut / Low Helix
Application
CNC Production,Solid Wood,Hardwood,Softwood,Composite Machining

Royce Ayr · Solid Carbide CNC Tooling

3-Flute Upcut Low Helix

Finisher Router Bit

Upcut Low Helix Finisher

Designed to finish routed edges and contours.

D=3/8 in9.525 mm Diameter
CE=5/8 in15.875 mm Cutting Edge
Sh=3/8 in9.525 mm Shank
OAL=3 in76.2 mm Overall Length

Tool Type

Upcut Low Helix Finisher

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

Solid Carbide / HW3 FlutesLow Helix UpcutSKU R60-22503
Choose a holder or collet for the 3/8 in shank and check the available tool clearance.

Main Product Description

This Royce Ayr solid carbide low helix upcut finisher is designed to finish routed edges and contours. It is suitable for plastics, composites and solid wood.

Use the cutter for the final pass that establishes the finished edge. A consistent allowance along the toolpath helps keep the cut even. The upcut spiral lifts chips out of the cut. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.

The 3/8 in cutting diameter and 5/8 in cutting length define the working section of this version. Its 3/8 in shank fits a holder or collet matched to that diameter.

Technical Specifications

Low Helix Finisher Upcut R60-22503

  • BrandRoyce Ayr
  • Product Type3-Flute Upcut Low Helix Finisher Router Bit
  • SKUR60-22503
  • Family / SeriesLow Helix Finisher Upcut
  • Cutting MaterialHW / Solid Carbide
  • Cutting Diameter0.3750 in / 3/8 in (9.525 mm)
  • Cutting Edge0.625 in / 5/8 in (15.875 mm)
  • Shank Diameter0.375 in / 3/8 in (9.525 mm)
  • Overall Length3.000 in / 3 in (76.2 mm)
  • Flute Count3
  • GeometryLow Helix Upcut Finisher
  • RotationRH / Right Hand
  • Additional DetailsCoating: None · Construction: HW / Solid Carbide · Material Compatibility: Plastics, Composites, and Finish Passes in Solid Wood · Machine Type: Compatible CNC Router
  • Machine / System FitDesigned for compatible CNC routers using a precision 3/8-inch (9.525 mm) collet or approved toolholding system with sufficient clearance for the 3-inch overall length.

Application Matrix

Best Fit Applications

Plastic Finishing
Composite Routing
Solid-Wood Finish Passes
Compact Profile Machining
Upcut Chip Evacuation

Performance Details

Product Highlights

01

Working geometry

Use the cutter for the final pass that establishes the finished edge.

02

Cutting material

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

03

This version

The 3/8 in cutting diameter and 5/8 in cutting length define the working section of this version. Its 3/8 in shank fits a holder or collet matched to that diameter.

Before Machining

Compatibility & Installation Notes

Confirm toolholding for the shank size 0.375" and right-hand spindle operation. Secure the workpiece against lift from the upcut action. Confirm the exact plastic or composite and cutting conditions. Match the tool to the specific material grade and cutting conditions.

Production Outcome

Control Finish Quality with Compact Upcut Geometry

Royce Ayr R60-22503 is designed to finish routed edges and contours. It is suitable for plastics, composites and solid wood.

Use the cutter for the final pass that establishes the finished edge. A consistent allowance along the toolpath helps keep the cut even. The upcut spiral lifts chips out of the cut. The solid-carbide cutting section provides rigidity and wear resistance at the working edge.

The 3/8 in cutting diameter and 5/8 in cutting length define the working section of this version. Its 3/8 in shank fits a holder or collet matched to that diameter.

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

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