Royce Ayr Solid Carbide V-Point Thru-Hole Drill Left-Hand – 3mm Diameter – 30mm Cut – 10x20 mm Shank – 57mm Overall Length – 2-Tooth

CA$999.99
Out of stock
SKU
D157.030L
Made in Canada
Product Type
Solid Carbide V-Point Thru-Hole Drill
Series
Solid Carbide Thru Drill
Cutting Diameter
0.1181 in (3 mm)
Cutting Length / Edge
1.1811 in (30 mm)
b1
0.7874 in (20 mm)
Shank Platform
0.3937 × 0.7874 in (10 × 20 mm)
Overall Length
2.2441 in (57 mm)
Cutting Geometry
Z2
Rotation
LH / Left Hand
Construction
Solid Carbide / HW Tooling
Application
Industrial Woodworking / CNC Boring

Royce Ayr · Solid Carbide Thru-Hole Drilling

V-Point Thru-Hole

Drill

Solid Carbide Thru-Hole Drill

Royce Ayr D157.030L is a 3 mm left-hand solid-carbide V-point thru-hole drill. Its verified 57 mm overall length and SKU-specific geometry support accurate production drilling in compatible woodworking systems.

D=3 mmCutting Diameter
CE/B=30 mmVerified Cutting Length / Edge
OAL=57 mmOverall Length
LH · Z2Left Hand · Verified Geometry

Tool Type

Solid Carbide Thru-Hole Drill

Left Hand-hand V-point thru-hole drill with a verified 3 mm diameter and 57 mm overall length in the D157 family.

Solid CarbideV PointLeft HandSKU D157.030L

System Fit

For compatible CNC drilling and woodworking boring systems configured for left-hand tooling and the verified interface requirements of this SKU.

Main Product Description

The Royce Ayr D157.030L is a left-hand V-point thru-hole drill engineered for industrial woodworking drilling. Its verified 3 mm cutting diameter and 57 mm overall length support repeatable production boring.

Published or primary-source data for D157.030L confirms a verified 30 mm cutting length / edge, a 20 mm b1 dimension, a 10 × 20 mm shank platform and Z2 cutting geometry.

Before production, confirm rotation, toolholder or adaptor compatibility, insertion depth, runout, drilling depth, workpiece support, and suitable spindle/feed parameters for the material being machined.

Solid carbide material used in Royce Ayr D157.030L V-point thru-hole drill tooling Solid carbide material used in Royce Ayr D157.030L V-point thru-hole drill tooling

Technical Specifications

D157 Drill

  • BrandRoyce Ayr
  • Product TypeSolid Carbide V-Point Thru-Hole Drill
  • SKUD157.030L
  • Family / SeriesD157
  • Cutting Diameter0.1181 in (3 mm)
  • Cutting Length / Edge1.1811 in (30 mm)
  • b10.7874 in (20 mm)
  • Shank0.3937 in (10 mm)
  • Shank Platform0.3937 × 0.7874 in (10 × 20 mm)
  • Overall Length2.2441 in (57 mm)
  • Cutting GeometryZ2
  • RotationLH / Left Hand
  • Additional Verified DetailsConstruction: Solid Carbide / HW Tooling · Machine Type: Compatible CNC drill banks / woodworking boring systems
  • Machine / System FitFor compatible CNC drilling and woodworking boring systems configured for left-hand tooling and the verified interface requirements of this SKU.

Application Matrix

Best Fit Applications

CNC Drill-Bank Thru Boring
Laminate Exit-Hole Drilling
Particleboard Thru Holes
MDF / HDF Thru Holes
Left Hand Boring Stations

Performance Details

Product Highlights

01

3 mm Verified Diameter

The catalog identity and source data support the stated diameter, handedness and overall-length configuration for D157.030L.

02

D157 57 mm Configuration

The SKU-specific family geometry is retained without importing unsupported dimensions from adjacent drill sizes.

03

Left Hand Rotation

D157.030L is configured for left-hand boring positions and should be installed only in the corresponding machine station or spindle direction.

Before Machining

Compatibility & Installation Notes

Verify the exact SKU, rotation, drill-bank or adaptor interface, toolholding condition, insertion depth, runout, drilling depth, workpiece support, and machine parameters before production.

Production Outcome

Production Drilling

Royce Ayr D157.030L combines a verified 3 mm diameter, left-hand rotation and 57 mm overall length with the verified D157 family geometry stated above.

Correct tool selection, rotation, interface fit, setup, runout control, workpiece support, and machine parameters are essential to the intended drilling performance.

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