Compact 5/32-Inch Cut
The small cutting diameter and 5/8-inch cutting edge support controlled detail routing, trimming, and narrow slotting operations.
Royce Ayr 2-Flute Straight Wood & Plastic Router Bit 5/32" (3.97mm)
CA$999.99
In stock
SKU
R56-21102
Product Type
2-Flute Straight Router Bit
Diameter
5/32 in (3.97 mm)
Cutting Edge
5/8 in (15.88 mm)
Shank
1/4 in (6.35 mm)
Overall Length
2 in (50.8 mm)
Cutting Geometry
2 Flutes / Straight Flute
Application
Solid Wood Routing,Hard Plastic Routing,Light Slotting,Trimming,Detail Routing
2-Flute
Straight-Flute
Router Bit
Compact HW solid-carbide straight-flute router bit designed for general-purpose routing in solid wood and hard plastic. Its 5/32-inch cutting diameter, 5/8-inch cutting edge, 1/4-inch shank, and 2-inch overall length support controlled trimming, slotting, detail routing, and small-diameter CNC machining.
D=5/32 in3.97 mm Diameter
CE=5/8 in15.88 mm Cutting Edge
Sh=1/4 in6.35 mm Shank
OAL=2 in50.8 mm Overall Length
Straight-Flute Router Bit
This compact production tool combines HW solid-carbide construction, two straight cutting flutes, right-hand rotation, and a precision 1/4-inch shank for controlled routing in compatible wood and hard-plastic applications.
HW / Solid Carbide2 FlutesRH RotationSKU R56-21102
Designed for compatible CNC routers and routing equipment using precision 1/4-inch collets or approved toolholding assemblies.
Main Product Description
The Royce Ayr 2-Flute Straight-Flute General Wood and Plastic Router Bit R56-21102 is designed for general-purpose routing in solid wood and hard plastic where a compact cutting diameter is required. Its straight-flute geometry provides neutral axial cutting action compared with upcut, downcut, or compression spiral tools.
The 0.1563-inch cutting diameter and 0.625-inch cutting edge support controlled trimming, slotting, small grooves, detail routing, and other compact CNC operations. The 0.250-inch shank and 2.000-inch overall length provide a practical configuration for compatible router and CNC collet systems.
This HW solid-carbide tool uses two flutes and right-hand rotation. Correct collet condition, minimum practical projection, verified runout, suitable RPM, feed rate, depth-per-pass, workholding, and chip evacuation are essential for maintaining finish quality, dimensional control, and reliable tool life.
Technical Specifications
Straight-Flute Bit R56-21102
- Royce Ayr
- 2-Flute Straight-Flute Router Bit
- R56-21102
- Straight Flute General Wood and Plastic
- HW / Solid Carbide CNC Router Tooling
- 0.1563 in / 5/32 in (3.97 mm)
- 0.625 in / 5/8 in (15.88 mm)
- 0.250 in / 1/4 in (6.35 mm)
- 2.000 in / 2 in (50.8 mm)
- 2
- RH / Right Hand
- HW / Solid Carbide · Straight Flute
- Solid Wood and Hard Plastic
- CNC Routers with Precision 1/4-Inch Collets
Best Fit Applications
Small-Diameter Detail Routing
Solid Wood Routing
Hard Plastic Routing
Light Slotting & Trimming
Cabinet & Millwork CNC
Product Highlights
Neutral Straight-Flute Action
The straight geometry provides neutral axial cutting action where spiral chip-direction control is not required.
Wood & Hard-Plastic Use
The official Royce Ayr series is specified for general-purpose routing in solid wood and hard plastic.
Compatibility & Installation Notes
Confirm that the spindle and toolholder accept an exact 1/4-inch (6.35 mm) shank and provide adequate clearance for the 2-inch overall length and required projection. Inspect and clean the collet, collet nut, and tool shank, minimize unsupported projection, verify runout, and confirm right-hand rotation before machining. Match RPM, feed rate, depth-per-pass, workholding, and chip evacuation to the selected wood or hard-plastic material.
Control Compact Straight-Flute Routing
The Royce Ayr 2-Flute Straight-Flute General Wood and Plastic Router Bit R56-21102 provides a compact HW solid-carbide solution for controlled routing in solid wood and hard plastic.
Its 5/32-inch diameter, 5/8-inch cutting edge, 1/4-inch shank, two-flute geometry, right-hand rotation, and 2-inch overall length support detailed production machining when correctly held and operated.