PCD V Groove Bit for CNC Woodworking

VPOINT offers PCD V Groove Bit for V-grooves in panels, lettering, sign making and joint profiles. This page brings together the original product information, available size references and the details needed for a tooling enquiry.

Applications and material selection

Typical operation: V-grooves in panels, lettering, sign making and joint profiles.

Materials listed for this product include hardwood, softwood, plywood and composite workpieces. Suitability depends on the specific material grade, profile and machining conditions; confirm the application before ordering.

Machine compatibility and profile selection

For compatible CNC woodworking machines, engraving machines and routing machines. Confirm the spindle or collet interface, cutting direction, machine clearance and workpiece setup for the selected tool.

Compare the 90° and 120° configurations below. Specify the required included angle, groove width and depth; an angle alone does not define the finished groove.

Material Comparison: PCD vs. Tungsten Carbide

The figures below are typical industry data for production woodworking. PCD does not replace carbide in every job — carbide remains the right choice for low-volume general work — but on abrasive sheet goods the difference in blade life is decisive.

Property PCD Diamond (This Blade) Tungsten Carbide
Hardness 7,000–9,000 HV 1,500–2,000 HV
Tool life on MDF / particleboard / melamine 15–20× longer (500–1,200 h) 30–60 h (baseline)
Tool life on solid hardwood 10–13× longer (800–2,000 h) 80–150 h (baseline)
Tool life on abrasive boards (fibre cement / composites) 10–15× longer baseline
Edge renewal Limited regrinds — the economics come from 15–20× longer intervals between changes, not regrind count 4–6 regrinds at shorter intervals
Cut finish Ra ≤ 0.2 μm achievable, stable over the blade life Ra ~0.8 μm typical, degrades as teeth wear
Thermal conductivity 540–560 W/m·K — heat leaves the tooth tip fast ~80 W/m·K
Friction coefficient ≈ 0.05 — lower cutting forces and heat ≈ 0.3
Suited for Abrasive engineered wood, laminates, composites, fibre cement, non-ferrous metals General-purpose solid-wood work; the economic choice at lower volumes

Figures are typical published values; actual blade life depends on the workpiece material, feed rate, depth of cut, machine condition and maintenance schedule.

Available size references

The table below is transcribed from the original product chart. D denotes cutting diameter, H cutting height, d shank diameter, L overall length, R radius and Z tooth layout where shown. Inch reference sizes retain the source notation. Confirm the final drawing and configuration before ordering.

PCD V Groove Bit specifications
Item code D (mm) H (mm) V angle d (mm) L (mm) Z
VP40001 10 9 90° 12.7 60 2
VP40002 12.7 10.35 90° 12.7 60 2
VP40003 15.9 13.95 90° 12.7 60 2
VP40004 25.4 17.7 90° 12.7 60 2
VP40005 30 20 90° 12.7 60 2
VP40006 35 22.5 90° 12.7 65 2
VP40007 40 25 90° 12.7 65 2
VP40008 50 30 90° 12.7 75 2
VP41001 12.7 8.65 120° 12.7 60.42 2
VP41002 15.9 9.59 120° 12.7 54.59 2
VP41003 25.4 12.33 120° 12.7 57.33 2
VP41004 35 15.1 120° 12.7 60.1 2
VP41005 40 16.55 120° 12.7 61.55 2
VP41006 50 19.43 120° 12.7 64.43 2

Original profile illustrations and specification charts

PCD V Groove Bit profile illustration

PCD V Groove Bit profile illustration

PCD V Groove Bit profile illustration

Custom tooling and quotation

Send the item code or required profile drawing, tool dimensions, workpiece material, machine model, cutting direction and quantity. A reference photo or current-tool drawing helps us review a custom request. Confirm the final specification and availability before ordering.

Each tool is packed in an individual plastic box.

Compare more PCD router bits or send your requirements to VPOINT.

Weight 0.5 kg
Dimensions 9 × 12 × 15 cm