Royce Ayr 2-Flute Ballnose Solid Carbide Router Bit - 1/8" Dia x 1/4" Cut

CA$10.23
In stock
SKU
R52-23400
Royce Ayr Premium Industrial Tooling
Product Type
2 Flute Ballnose Solid Carbide Router Bit
Diameter
1/8 in (3.175 mm)
Cutting Edge
1/4 in (6.35 mm)
Shank
1/8 in (3.175 mm)
Overall Length
1 1/2 in (38.1 mm)
Cutting Geometry
2 Flutes / Ballnose End
Construction
Solid Carbide Tooling Category
Application
3D Contouring, Fine Detail Milling, Sculpting, Woodworking, Sign Making
Royce Ayr · Solid Carbide CNC Tooling

Royce Ayr Upcut Ballnose
Router Bit

Two-flute solid-carbide ballnose router bit for detailed 3D contouring, relief carving, profile milling, and fine surface finishing. Its compact 1/8-inch cutting diameter and ballnose geometry support controlled machining of curved surfaces and intricate features in compatible wood, composite, MDF, and plastic materials.

D=1/8 in 3.175 mm Diameter
CE=1/4 in 6.35 mm Cutting Edge
Sh=1/8 in 3.175 mm Shank
OAL=1-1/2 in 38.1 mm Overall Length

Main Product Description

The Royce Ayr 2-Flute Upcut Ballnose Solid Carbide Router Bit R52-23400 is configured for detailed three-dimensional routing where a radiused cutting end is required to follow curved surfaces and reproduce fine contours. Its 0.1250-inch cutting diameter and 0.250-inch cutting edge support relief carving, decorative profiling, model work, and compact surface-finishing operations.

The two-flute ballnose geometry provides balanced material removal while the upcut spiral carries chips away from the cutting zone. The 0.125-inch shank fits precision 1/8-inch collets, and the solid-carbide construction supplies the rigidity and edge retention needed for controlled detail machining when the tool is held with minimal runout.

With a 1.500-inch overall length, this compact tool is suited to compatible CNC routers and precision spindle systems used for cabinet components, decorative millwork, signs, prototypes, and other detailed routed parts. Appropriate spindle speed, feed rate, stepover, depth-per-pass, tool projection, and workholding must be established for the material and machine.

Solid carbide material used in Royce Ayr 2-Flute Upcut Ballnose Solid Carbide Router Bit tooling

Best Fit Applications

3D Relief Carving
Contour & Profile Milling
Decorative Millwork Details
Model & Prototype Machining
Fine-Detail Surface Finishing

Product Highlights

01

Ballnose Contouring Geometry

The radiused cutting end follows curved surfaces and supports smooth transitions during relief carving, profile milling, and three-dimensional finishing.

02

Compact 1/8-Inch Format

The 1/8-inch cutting diameter and 1/4-inch cutting edge provide access to fine features, narrow details, and compact routed contours.

03

Solid-Carbide Rigidity

The solid-carbide construction supports edge retention and dimensional control when the tool is installed in a clean, low-runout precision collet.

Compatibility & Installation Notes

Confirm that the spindle or router toolholder accepts an exact 1/8-inch (3.175 mm) shank. Inspect the collet and nut for wear or contamination, verify runout, and minimize unsupported tool projection. Small-diameter ballnose tooling is sensitive to excessive feed, depth-per-pass, stepover, and lateral load, so establish machining parameters conservatively for the material and equipment. Secure the workpiece, use effective dust or chip extraction, and follow the machine and toolholder manufacturers’ operating requirements.

Refine 3D Contouring Accuracy

The Royce Ayr 2-Flute Upcut Ballnose Solid Carbide Router Bit R52-23400 provides a compact precision format for relief carving, curved-profile machining, model work, and fine-detail surface finishing. Its 1/8-inch diameter, 1/4-inch cutting edge, 1/8-inch shank, and 1-1/2-inch overall length support controlled access to intricate routed features.

Two-flute upcut ballnose geometry promotes chip evacuation while the solid-carbide body supports rigidity and edge retention. Correct collet condition, low runout, suitable tool projection, secure workholding, and properly established machining parameters are essential for consistent finish quality and tool life.

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