Two Upcut Spiral Flutes
Z2 spiral cutting edges lift chips toward extraction for good chip evacuation in compatible routed materials.
Royce Ayr Solid Carbide General-Purpose Upcut-Spiral Router Bit 6mm × 25mm 2-Tooth Right-Hand
CA$999.99
In stock
SKU
R52-35412
Product Type
Solid-Carbide General-Purpose Upcut-Spiral Router Bit
Series
General Purpose Upcut Spiral / R52-354 Series
Cutting Diameter
6 mm (0.2362 in)
Cutting Edge
25 mm (0.9843 in)
Shank
6 mm (0.2362 in)
Overall Length
66 mm (2.5984 in)
Flutes
2
Flute Style
Spiral Flute
Cutting Geometry
Upcut
Rotation
Right-Hand (RH)
Material
HW / Solid Carbide
Application
Solid Wood,Wood Composites &Some Plastics
General-Purpose Straight-Flute
Router Bit
General-Purpose Upcut-Spiral Router Bit
Uncoated HW solid-carbide, right-hand upcut-spiral router bit for solid wood, wood composites and some plastics. Its 6 mm cutting diameter, 25 mm cutting edge, 6 mm shank and 66 mm overall length provide a compact Z2 configuration for compatible CNC routing applications.
D=6 mm0.2362 in Diameter
CE=25 mm0.9843 in Cutting Edge
Sh=6 mm0.2362 in Shank
OAL=66 mm2.5984 in Overall Length
General-Purpose Upcut-Spiral Router Bit
A two-flute HW solid-carbide routing tool with upcut spiral geometry, right-hand rotation and compatibility across solid wood, wood composites and some plastics.
Solid Carbide2 Spiral FlutesUpcut · RHSKU R52-35412
For compatible CNC routers using precision 6 mm collets or approved toolholding. Confirm work material, tool projection, workholding, extraction and cutting parameters before use.
Main Product Description
The Royce Ayr General-Purpose Upcut-Spiral Router Bit R52-35412 is specified for routing solid wood, wood composites and some plastics. Its 6 mm cutting diameter, 25 mm cutting edge, 6 mm shank and 66 mm overall length form a compact configuration for compatible CNC-routed components.
Two upcut spiral flutes move chips toward extraction for good chip evacuation. The upward axial force requires secure workholding and correctly supported material throughout the cut.
The right-hand Z2 tool is manufactured from HW solid carbide and carries no coating. Correct 6 mm 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
General-Purpose Upcut Spiral R52-35412
- Royce Ayr
- General-Purpose Upcut-Spiral Router Bit
- R52-35412
- General Purpose Upcut Spiral / R52-354
- 6 mm (0.2362 in)
- 25 mm (0.9843 in)
- 6 mm (0.2362 in)
- 66 mm (2.5984 in)
- 2
- Upcut Spiral
- Upcut Spiral
- RH / Right Hand
- Construction: HW / Solid Carbide · Coating: None · Compatible Materials: Solid Wood, Wood Composites, Some Plastics · Machine Type: CNC Router
- For compatible CNC routers using precision 6 mm collets or approved toolholding. Confirm work material, tool projection, workholding, extraction and cutting parameters before use.
Best Fit Applications
Solid-Wood Routing
Wood-Composite Routing
Compatible Plastic Routing
Slots and Channels
General CNC Part Production
Product Highlights
General-Purpose Material Range
Royce Ayr lists this series for solid wood, wood composites and some plastics, allowing one geometry to serve several common routed materials.
Metric 6 mm Configuration
The 6 mm cutting diameter and shank, 25 mm cutting edge and 66 mm overall length form the exact published metric configuration.
Compatibility & Installation Notes
Confirm SKU R52-35412, the exact 6 mm shank, 66 mm 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, wood composite or compatible plastic being routed.
Efficient Upcut Chip Evacuation
The Royce Ayr General-Purpose Upcut-Spiral Router Bit R52-35412 provides an uncoated solid-carbide Z2 solution with a 6 mm diameter, 25 mm cutting edge, 6 mm shank and 66 mm overall length.
Its upcut spiral geometry provides good chip evacuation across the officially listed material range when toolholding, work support and cutting parameters are correctly controlled.