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The table is a production record, not a sales range.

DCC326 — Spotting solid carbide drill

A real production series with 43 standard part numbers. The table below is taken from the geometry we have actually ground and shipped.

Precision cutting-tool production line, general category reference
General reference illustration — not a photograph of a specific part number or product, and not plant documentation. Dimensions, not images, define a specification.
Part numbers in series
43
Diameter span
0.1–8 mm
Coating
Uncoated

Part numbers in DCC326

DCC326 standard part numbers
Part no.DescriptionD1
mm
Flute
mm
Shank
mm
OAL
mm
PointGeometry
DCC326-0800-02Repeat orderSpotting solid carbide drill0.8333890°Standard
DCC326-0800-04Spotting solid carbide drill0.833.1753890°Standard
DCC326-0900Spotting solid carbide drill0.9333890°Standard
DCC326-1000Repeat orderSpotting solid carbide drill1333890°Standard
DCC326-1000-03Spotting solid carbide drill1———90°View full callout
DCC326-1500Spotting solid carbide drill1.5645090°Standard
DCC326-1500-02Spotting solid carbide drill1.5333890°Standard
DCC326-2000-01Spotting solid carbide drill22.844560°Standard
DCC326-2000-03Spotting solid carbide drill2333890°Standard
DCC326-3000Repeat orderSpotting solid carbide drill3333890°Standard
DCC326-3000-02Spotting solid carbide drill3———90°View full callout
DCC326-3000-04Spotting solid carbide drill33338120°Standard
DCC326-3000-05Repeat orderSolid carbide cutting tool31045090°Standard
DCC326-3175-02Spotting solid carbide drill3.175153.1753890°Standard
DCC326-4000-03Spotting solid carbide drill4545090°Standard
DCC326-5000Spotting solid carbide drill5565090°Standard
DCC326-6000Spotting solid carbide drill6565090°Standard
DCC326-8000Spotting solid carbide drill8885090°Standard
DCC326-8000-01Spotting solid carbide drill83850118°Standard
How to read a part number. The prefix is the series, the four digits after the first dash encode the cutting diameter in thousandths of a millimetre (for example 1000 is 1.000 mm), and any trailing digits identify the flute or variant. The full geometry is written as D1 × flute length × shank × overall length.