D12*R1*18FL*45NL*160 OAL*12SH*4F

4F Diamond Corner Radius · Order code: 4DCR 120 010 160

D12*R1*18FL*45NL*160 OAL*12SH*4F diamond-coated corner radius graphite end mill in the 4DCR series. Online reference price USD 108.40/pc as of 2026-Sep-14; order code 4DCR 120 010 160.

Price available online

$108.40

USD / pc · FOB China

Price as of 2026-Sep-14

Published online for purchasing budgets and size comparison

Standard terms are 100% T/T in advance with a reference lead time of 10–15 working days. Final price and delivery are confirmed against quantity, tolerance, and order requirements.

Order code
4DCR 120 010 160
Product family
4DCR
Substrate / coating
Solid carbide / diamond
Quality documentation
Dimensional report available

Technical dimensions table

Order code: 4DCR 120 010 160

All linear dimensions in mm

ParameterSymbolValuePurchasing / inspection note
Cutter diameterD12 mmNominal cutting diameter; default tolerance -0.020 / 0 mm
Ball / corner radiusR1 mmNominal corner radius; default tolerance ±0.02 mm
Flute lengthL118 mmCutting edge length
Neck diameterdNNeck diameter not specified for this item
Neck lengthL245 mmNominal neck length
Shank diameterd12 mmNominal shank diameter
Overall lengthL160 mmOverall length (OAL)
Flute countZ4Number of flutes
Inspection basis: Default cutter diameter tolerance -0.020 / 0 mm; default corner-radius tolerance ±0.02 mm. State special tolerances and dimensional-report requirements on the purchase order.

A diamond system engineered for graphite, 10x longer life

D12*R1*18FL*45NL*160 OAL*12SH*4F combines a fine-grain carbide substrate with a graphite-specific diamond coating. On this corner radius tool, lower edge wear helps retain the specified dimensions and cutting profile during production.

D12*R1*18FL*45NL*160 OAL*12SH*4F diamond coating and carbide interface

Secure coating-to-substrate interface

The substrate chemistry and microstructure promote dense diamond nucleation, reducing the risk of premature coating separation in abrasive graphite cutting.

D12*R1*18FL*45NL*160 OAL*12SH*4F diamond coating versus TiAlN wear comparison

About 74% less edge retreat after 60 minutes

In the shown carbon-resin test, diamond coating records about 0.006 mm edge retreat versus about 0.023 mm for TiAlN. Lower wear supports more consistent machined dimensions.

AK06 fine-grain carbide substrate for D12*R1*18FL*45NL*160 OAL*12SH*4F

AK06 fine-grain carbide substrate

AK06 uses high-quality fine WC powder with controlled grain size and morphology, providing a diamond-compatible substrate for D12*R1*18FL*45NL*160 OAL*12SH*4F.

Verified dimensions on every end mill

ZOLLER inspection for D12*R1*18FL*45NL*160 OAL*12SH*4F graphite end mill

D12*R1*18FL*45NL*160 OAL*12SH*4F

Every tool is checked for critical dimensions and cutting geometry using an optical measurement system. A dimensional report for order code 4DCR 120 010 160 is available for incoming inspection and traceability.

  • Nominal cutter diameter: 12 mm; default tolerance -0.020 / 0 mm
  • Nominal radius: 1 mm; default tolerance ±0.02 mm
  • Dimensional report available

Cutting data for D12*R1*18FL*45NL*160 OAL*12SH*4F

Use these values as the initial setup for diamond-coated solid carbide end milling in graphite. Validate by test cut and optimise for machine rigidity, tool overhang, runout, and dust extraction.

Exact size match

Spindle speed

5,500

rev/min

Feed rate

1,700

mm/min

Axial depth ap

3.6

mm

Radial width ae

3.6

mm

Reference diameter
Ø12 mm
Flutes
4
Effective length
Taper angle
Vc
207.3 m/min
fz
0.0773 mm/tooth

Request pricing: D12*R1*18FL*45NL*160 OAL*12SH*4F

Send the order quantity, work material, machine setup, and target delivery. We will confirm order pricing, production scheduling, and dimensional-report requirements using the 2026-Sep-14 online reference price as the starting point; order code 4DCR 120 010 160.

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