Royce Ayr Carbide-Tipped Through Drill — 11mm – 40mm Cut – Shank 10mm – Overall Length 70mm

CA$999.99
Out of stock
SKU
D150.110L
Made in Canada
Product Type
Carbide-Tipped Through Drill
Series / Family
D150 · Industrial Through Drill
Diameter
11 mm
Cutting Edge
40 mm
Shank
10 mm
Overall Length
70 mm
Cutting Edges
2
Rotation
LH / Left Hand
Cutting Material
HW / Carbide-Tipped

Royce Ayr · Industrial CNC Tooling

Carbide-Tipped Through

Drill

Carbide-Tipped Through Drill

Royce Ayr Carbide-Tipped Through Drill — D 11 mm · CE 40 mm · Sh 10 mm · OA 70 mm. Exact production data is tied to SKU D150.110L; stale legacy/private-label wording has been replaced where current Royce Ayr or verified catalogue data provides a stronger source.

11 mmCutting Diameter
40 mmCutting Edge
10 mmShank
70 mmOverall Length

Tool Type

Carbide-Tipped Through Drill

Verified Royce Ayr configuration for industrial woodworking, CNC routing, boring, panel processing, or tooling service as applicable to this exact SKU.

HW / Carbide2 FluteLH / Left HandSKU D150.110L

System Fit

Use with a compatible boring/drilling spindle or holder accepting the exact 10 mm shank and required rotation.

Main Product Description

The Royce Ayr Carbide-Tipped Through Drill D150.110L is a production drilling tool with cutting diameter 11 mm, cutting edge 40 mm, shank 10 mm, overall length 70 mm. Rotation is LH / Left Hand, and the active cutting material is HW / Carbide-Tipped.

The verified configuration is intended for controlled drilling/boring in compatible woodworking and panel-processing equipment. Current Royce family data identifies this exact row as a through-drill configuration rather than the stale V-point wording in the legacy commerce name.

Confirm holder condition, spindle orientation, rotation, drilling depth and workholding before machining. Exact left/right orientation and dimensional identity are critical on multi-spindle boring and CNC drilling equipment.

Solid carbide material used in Royce Ayr Carbide-Tipped Through Drill D150.110L tooling Solid carbide material used in Royce Ayr Carbide-Tipped Through Drill D150.110L tooling

Technical Specifications

D150 · Industrial Through Drill · D150.110L

  • BrandRoyce Ayr
  • Product TypeCarbide-Tipped Through Drill
  • SKUD150.110L
  • Family / SeriesD150 · Industrial Through Drill
  • Cutting MaterialHW / Carbide-Tipped
  • Cutting Diameter11 mm
  • Cutting Edge40 mm
  • Shank / Interface10 mm
  • Overall Length70 mm
  • Flute / Edge Count2
  • RotationLH / Left Hand
  • GeometryZ2 through drill · b1 20 mm
  • Additional Verified DetailsCoating: Uncoated / Standard · Material Compatibility: Wood, Wood-Based Panels and Compatible Production Materials
  • Machine / System FitUse with a compatible boring/drilling spindle or holder accepting the exact 10 mm shank and required rotation.

Application Matrix

Best Fit Applications

CNC Drilling
Boring Operations
Panel Processing
Cabinet Production
Production Drilling

Performance Details

Product Highlights

01

Verified Drill Geometry

Diameter, cutting length, shank and rotation are kept tied to the exact Royce Ayr drill configuration.

02

Carbide Cutting Performance

Carbide or solid-carbide cutting construction supports wear resistance in production boring cycles.

03

Production-Ready Identification

The exact commerce SKU and current manufacturer geometry are preserved together to prevent left/right or size substitution.

Before Machining

Compatibility & Installation Notes

Use with a compatible boring/drilling spindle or holder accepting the exact 10 mm shank and required rotation. 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.

Production Outcome

Build Repeatable Production Accuracy

The Royce Ayr Carbide-Tipped Through Drill D150.110L preserves the verified identity and production geometry required for accurate tooling selection. D 11 mm · CE 40 mm · Sh 10 mm · OA 70 mm.

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.

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