Two-Flute Upcut Geometry
Z2 spiral cutting edges lift chips toward extraction for good evacuation during compatible carving operations.
Royce Ayr 2 Flute Upcut Ballnose – 1/2 Diameter – 1-1/2 Cut – 1/2 Shank – 5 Overall Length
CA$245.70
Out of stock
SKU
R52-33411
Product Type
Solid-Carbide 2-Flute Upcut Ball-Nose Router Bit
Series
General Purpose Upcut Ballnose / R52-334 Series
Cutting Diameter
1/2 in (12.70 mm)
Cutting Edge
1-1/2 in (38.10 mm)
Shank
1/2 in (12.70 mm)
Overall Length
5 in (127.00 mm)
Flutes
2
Flute Style
Upcut Spiral
Cutting Geometry
Ball Nose
Rotation
Right-Hand (RH)
Material
HW / Solid Carbide
Application
Solid Wood and Wood-Composite Carving
2-Flute Upcut
Ball-Nose Router Bit
2-Flute Upcut Ball-Nose Router Bit
Uncoated HW solid-carbide, right-hand upcut ball-nose router bit for carving solid wood and wood composites. Its 1/2-inch cutting diameter, 1-1/2-inch cutting edge, 1/2-inch shank and 5-inch overall length provide a compact Z2 configuration for compatible CNC routing applications.
D=1/2 in12.70 mm Diameter
CE=1-1/2 in38.10 mm Cutting Edge
Sh=1/2 in12.70 mm Shank
OAL=5 in127.00 mm Overall Length
2-Flute Upcut Ball-Nose Router Bit
A two-flute HW solid-carbide carving tool with upcut spiral geometry, a rounded ball-nose tip and right-hand rotation for solid wood and wood composites.
Solid Carbide2 Spiral FlutesUpcut · RHSKU R52-33411
For compatible CNC routers using precision 1/2-inch collets or approved toolholding. Confirm work material, tool projection, workholding, extraction and cutting parameters before use.
Main Product Description
The Royce Ayr 2-Flute Upcut Ball-Nose Router Bit R52-33411 is specified for routing solid wood and wood composites. Its 1/2-inch cutting diameter, 1-1/2-inch cutting edge, 1/2-inch shank and 5-inch overall length form the exact published configuration for compatible CNC-routed components.
Two upcut spiral flutes provide good chip evacuation, while the ball-nose tip creates rounded-bottom cuts for carving, relief machining and three-dimensional contouring applications.
The right-hand Z2 tool is manufactured from HW solid carbide and carries no coating. Correct 1/2-inch collet condition, minimum practical projection, runout control, feed rate, spindle speed, pass depth and chip evacuation remain essential for safe use and consistent finish quality.
Technical Specifications
2-Flute Upcut Ball-Nose R52-33411
- Royce Ayr
- 2-Flute Upcut Ball-Nose Router Bit
- R52-33411
- General Purpose Upcut Ballnose / R52-334 Series
- 0.5000 in / 1/2 in (12.70 mm)
- 1.500 in / 1-1/2 in (38.10 mm)
- 0.500 in / 1/2 in (12.70 mm)
- 5.000 in / 5 in (127.00 mm)
- 2
- RH / Right Hand
- Upcut Spiral Ball Nose
- Ball-Nose Upcut
- Construction: HW / Solid Carbide · Coating: None · Compatible Materials: Solid Wood and Wood Composites · Machine Type: CNC Router
- For compatible CNC routers using precision 1/2-inch collets or approved toolholding. Confirm work material, tool projection, workholding, extraction and cutting parameters before use.
Best Fit Applications
Solid-Wood Carving
Wood-Composite Carving
3D Contour Routing
Rounded-Bottom Grooves
CNC Relief and Detail Work
Product Highlights
Ball-Nose Carving Profile
The rounded cutting tip is designed for carving applications, including contoured surfaces and rounded-bottom details.
Published 1/2-Inch Configuration
The 1/2-inch cutting diameter and shank, 1-1/2-inch cutting edge and 5-inch overall length form the exact published configuration.
Compatibility & Installation Notes
Confirm SKU R52-33411, the exact 1/2-inch shank, 5-inch overall length, safe clamping length, right-hand spindle rotation, collet condition, tool projection, machine clearance and workholding before installation. Match speed, feed, pass depth and extraction to the actual solid wood or wood composite being routed.
Ball-Nose Carving with Upcut Evacuation
The Royce Ayr 2-Flute Upcut Ball-Nose Router Bit R52-33411 provides an uncoated solid-carbide Z2 carving solution with a 1/2-inch diameter, 1-1/2-inch cutting edge, 1/2-inch shank and 5-inch overall length.
Its upcut spiral geometry supports chip evacuation while the ball-nose profile produces rounded carving paths in solid wood and wood composites when parameters are correctly controlled.