T010 S-series 32,Nano coating composite spiral Bit price list

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On October 20, 2026

Design and Construction — a VPOINT end mill tool for CNC milling, sized for MDF and similar workpieces. The specification table below lists dimensions; the performance data table gives standard reference speeds and feeds to start with, and the FAQ covers selection, parameters and service. ISO 9001 production, batch-verified, custom sizes from drawings.

Design and Construction

The T010 S-Series composite spiral bit carries a nano coating on a fine-grain tungsten carbide body. Shank (Ød) is 12.7 mm (1/2″); cutting diameters (ØD) run 6–12 mm and cutting lengths (L1) 20–35 mm, three teeth (Z3) per part number as listed in the specifications table.

How It Works

The composite spiral geometry pairs shearing flutes with a chip-carrying spiral, cutting laminated and coated panels without delaminating the face layer. The nano coating keeps the edges sharp in abrasive board, holding cut width over long nesting runs.

Applications

Composite panel cutting on CNC routers
Nested-based manufacturing
Laminated panel sizing
High-feed panel machining

Suitable Materials

Laminated and composite panels
MDF and melamine-faced boards
Particleboard
Veneered plywood

The nano-coated spiral edges hold the face layer intact and the cut width constant in abrasive panels.

Material Comparison: Tungsten Carbide vs. PCD

The figures below are typical industry data for CNC tooling. Tungsten carbide is the economic standard for general CNC routing — tough, regrindable and available in every geometry. PCD wins on very high-volume abrasive work; this page covers the carbide line, and the comparison shows where each material wins so you can match the tool to the job.

Property	Tungsten Carbide (This Tool)	PCD Diamond
Hardness	1,500–2,000 HV	7,000–9,000 HV
Tool life on MDF / particleboard / melamine	30–60 h (baseline)	15–20× longer (500–1,200 h)
Tool life on solid hardwood	80–150 h (baseline)	10–13× longer (800–2,000 h)
Edge renewal	4–6 regrinds at shorter intervals	5–8 regrinds, each removing only 0.2–0.3 mm of diamond
Surface finish	Ra ~0.8 μm typical, degrades as the edge wears	Ra ≤ 0.2 μm achievable, stable over the tool life
Thermal conductivity	~80 W/m·K	540–560 W/m·K — heat leaves the edge fast
Friction coefficient	≈ 0.3	≈ 0.05 — lower cutting forces
Fracture toughness	Higher — tolerates interrupted cuts and impacts better	Lower — needs stable, vibration-free setups
Suited for	General-purpose CNC routing in wood, panels, acrylic; the economic standard	Very high-volume abrasive panel work; non-ferrous metals

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

Delivery Scope

Single bit. Order by part number with the shank, diameter and cutting length stated in the specifications table below.

Why Choose VPOINT

One-year warranty on every cutter — defects in material or workmanship are covered for 12 months from delivery.
Custom tooling — diameters, shanks, cutting lengths and flute configurations built to your drawing or sample.
Non-standard fabrication — sizes outside the standard catalogue, including special geometries.
Resharpening service — cutters return to service after regrinding at a fraction of new-tool cost.
Factory-direct since 2008 — ISO 9001 manufacturing in Sichuan and Dongguan, China; no trading intermediaries.

Send a drawing, a sample or a worn tool, and our engineering team will quote the exact specification you need.

Precision & Quality Control

Every cutter is inspected before shipment. Shank diameter, cutting-edge diameter, cutting length and overall length are measured against the values listed in the specifications table, and cutting edge runout is verified on the assembled tool.

Tools measuring outside tolerance do not ship. Inspection is performed under our ISO 9001 quality system, with batch records retained for traceability.

Specifications

Part NO.	规格SIZE	Ød	ØD	L1	Z
T010-S0620	1/2620	12.7	6	20	3
T010-S0622	1/2622	12.7	6	22	3
T010-S0820	1/2820	12.7	8	20	3
T010-S0822	1/2822	12.7	8	22	3
T010-S0825	1/2825	12.7	8	25	3
T010-S0828	1/2828	12.7	8	28	3
T010-S0830	1/2830	12.7	8	30	3
T010-S1020	1/21020	12.7	10	20	3
T010-S1023	1/21023	12.7	10	23	3
T010-S1025	1/21025	12.7	10	25	3
T010-S1028	1/21028	12.7	10	28	3
T010-S1030	1/21030	12.7	10	30	3
T010-S1220	1/2x12x20	12.7	12.00	20	3
T010-S1225	1/2x12x25	12.7	12.00	25	3
T010-S1228	1/2x12x28	12.7	12.00	28	3
T010-S1230	1/2x12x30	12.7	12.00	30	3
T010-S1235	1/2x12x35	12.7	12.00	35	3

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Performance Data

Standard reference values for guidance only — always adjust to machine rigidity, clamping and tool wear, and confirm on the actual workpiece.

Material	Typical spindle speed	Typical feed	Notes
MDF	18,000–22,000 rpm	6–10 m/min	Nesting and grooving; watch heat at small diameters
particleboard	16,000–20,000 rpm	5–8 m/min	Reduce feed if the face starts to chip
plywood	16,000–20,000 rpm	5–8 m/min	Keep the compression or shear geometry inside the panel
veneered board	18,000–20,000 rpm	5–7 m/min	Light finish passes protect the veneer
hardwood	14,000–18,000 rpm	3–7 m/min	Lower feed in dense grain
laminated board	16,000–20,000 rpm	5–8 m/min	Melamine faces chip easily; sharp edges only

Frequently Asked Questions

What spindle speed suits MDF?

Begin near 18,000–22,000 rpm with the feed around 6–10 m/min, then tune by chip load and finish. Rubbing means raise the feed; burning means drop it.

Up-cut or down-cut for this job?

Up-cut pulls chips up and away but can fuzz the top face; down-cut presses the top face down. Match the flute direction to the face you care about.

How deep can I cut in one pass?

Stay within the cutting length and keep passes inside the listed geometry; deeper single passes raise deflection and heat.

Where do these reference values come from?

They are standard reference ranges for this tool family, compiled from our specification sheets and common workshop practice — always confirm on the actual workpiece.

Sources & standards: ISO 9001 quality management · UNSPSC commodity codes · eClass product classification

Related Search Terms

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