5 mm Verified Diameter
The verified 5 mm cutting diameter is paired with a 37 mm (1.4567 in) cutting edge for repeatable blind-hole dowel drilling.
Royce Ayr Solid Carbide Brad Point Dowel Drill Left-Hand – 5mm Diameter – 37mm Cut – 10x20 mm Shank – 57mm Overall Length
CA$999.99
Out of stock
SKU
D107.050L
Product Type
Solid Carbide Brad-Point Metric Dowel Drill
Series
Solid Carbide Dowel Drill
Cutting Diameter
0.1969 in (5 mm)
Cutting Edge
1.4567 in (37 mm)
Shank Platform
0.3937 × 0.7874 in (10 × 20 mm)
Overall Length
2.2441 in (57 mm)
Cutting Edges
Z2 / 2
Rotation
LH / Left Hand
Construction
Solid Carbide Tooling
Application
Blind-Hole Drilling in Particleboard / MDF / Solid Wood
Solid Carbide Dowel
Drill
Solid Carbide Dowel Drill
Royce Ayr D107.050L is a 5 mm (0.1969 in) left-hand solid-carbide brad-point dowel drill from the D107 family. Its verified 57 mm (2.2441 in) overall length supports precision blind-hole boring in compatible woodworking production systems.
D=0.1969 in5 mm Diameter
CE=1.4567 in37 mm Cutting Edge
OAL=2.2441 in57 mm Overall Length
LH · Z2Left Hand · 2 Cutting Edges
Solid Carbide Dowel Drill
Left Hand-hand brad-point dowel drill with a 5 mm cutting diameter and 57 mm overall length in the Royce Ayr D107 family.
Solid CarbideBrad PointLeft Hand · Z2SKU D107.050L
For compatible CNC drill banks, CNC boring systems, and portable woodworking machines configured for the appropriate D107 shank platform and left-hand rotation.
Main Product Description
The Royce Ayr D107.050L is a left-hand solid-carbide brad-point dowel drill engineered for blind-hole drilling in particleboard, MDF, and solid wood. Its 5 mm (0.1969 in) cutting diameter supports repeatable dowel-hole production on compatible CNC drill banks and portable woodworking machines.
Royce Ayr lists this D107 configuration with a 37 mm (1.4567 in) cutting edge, 20 mm (0.7874 in) b1 dimension, 10 mm (0.3937 in) shank diameter, and 57 mm (2.2441 in) overall length, with Z2 / two cutting edges.
Solid-carbide construction is specified for maximum wear resistance and strength, and Royce Ayr incorporates a screw in the end of the tool for height adjustment. Before production, confirm left-hand rotation, toolholder compatibility, insertion depth, runout, drilling depth, and machine parameters for the material being bored.
Technical Specifications
D107 Dowel Drill
- Royce Ayr
- Solid Carbide Brad-Point Metric Dowel Drill
- D107.050L
- D107
- 0.1969 in (5 mm)
- 1.4567 in (37 mm)
- 0.7874 in (20 mm)
- 0.3937 in (10 mm)
- 0.3937 × 0.7874 in (10 × 20 mm)
- 2.2441 in (57 mm)
- Z2 / 2
- LH / Left Hand
- Construction: Solid Carbide Tooling · Application: Blind-hole drilling in particleboard, MDF & solid wood · Machine Type: CNC drill banks & compatible portable machines
- For compatible CNC drill banks, CNC boring systems, and portable woodworking machines configured for the appropriate D107 shank platform and left-hand rotation.
Best Fit Applications
CNC Drill-Bank Boring
Particleboard Blind Holes
MDF Blind Holes
Solid-Wood Dowel Holes
Cabinet & Casegoods Production
Product Highlights
D107 57 mm Platform
The D107 family is configured around a 10 × 20 mm shank platform and 57 mm overall length for compatible production boring systems.
Solid Carbide · LH
Solid Carbide Tooling is paired with left-hand rotation in the verified D107.050L configuration.
Compatibility & Installation Notes
Verify that the boring head, spindle, chuck, or adapter accepts the required shank and is intended for left-hand tooling. Confirm clean toolholding, minimal runout, correct insertion and height adjustment, appropriate drilling depth, secure workpiece support, and suitable spindle/feed parameters before production.
Production Dowel Drilling
Royce Ayr D107.050L combines a 5 mm cutting diameter, 37 mm cutting edge, left-hand rotation, Z2 geometry, solid carbide tooling, and the D107 10 × 20 mm shank / 57 mm overall-length platform.
It is intended for blind-hole drilling in particleboard, MDF, and solid wood on compatible CNC drill banks, CNC boring equipment, and portable woodworking machines.