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

DC936 — Bronze-coated coolant-through solid carbide drill

A real production series with 53 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
53
Diameter span
0.72–17.2 mm
Coating
Bronze

What the catalogue commits to

Production capability
Min. diameter 3.00 mm
Catalogue reference
2026–2027 product catalogue, printed page P47. The full EDP table is available on request as a PDF.

Typical application

Coolant-through drilling for deep holes in difficult alloys.

Part numbers in DC936

DC936 standard part numbers
Part no.DescriptionD1
mm
Flute
mm
Shank
mm
OAL
mm
PointGeometry
DC936-0720-06-01DLC-coated coolant-through solid carbide drill0.72————View full callout
DC936-0950-03-01Bronze-coated coolant-through solid carbide drill0.958350135°Standard
DC936-10000-03-01Bronze-coated coolant-through solid carbide drill108010120—Standard
DC936-1020-04Black-coated coolant-through solid carbide drill1.0213450—Standard
DC936-1020-06-01DLC-coated coolant-through solid carbide drill1.02————View full callout
DC936-1030-06-01DLC-coated coolant-through solid carbide drill1.03————View full callout
DC936-10700-04Bronze-coated coolant-through solid carbide drill10.75512102—Standard
DC936-11300-03-01Bronze-coated coolant-through solid carbide drill11.35512102—Standard
DC936-1330-06-01DLC-coated coolant-through solid carbide drill1.3312450130°Standard
DC936-14800-03-01Bronze-coated coolant-through solid carbide drill14.86516115—Standard
DC936-16500-03Bronze-coated coolant-through three-flute solid carbide drill16.5————View full callout
DC936-17200-03Bronze-coated coolant-through solid carbide drill17.29318143—Standard
DC936-1730-06-01DLC-coated coolant-through solid carbide drill1.7312450130°Standard
DC936-1800-04-01Black-coated coolant-through solid carbide drill1.8———135°View full callout
DC936-1800-04-02Black-coated coolant-through flat-bottom solid carbide drill1.8———180°View full callout
DC936-2000-03-07Bronze-coated coolant-through solid carbide drill2———145°View full callout
DC936-2000-04-01Black-coated coolant-through solid carbide drill2———145°View full callout
DC936-2000-04-02Black-coated coolant-through solid carbide drill216450135°Standard
DC936-2000-04-03Black-coated coolant-through solid carbide drill236475—Standard
DC936-2100-03-01Bronze-coated coolant-through solid carbide drill2.124363140°Standard
DC936-2100-03-03Black-coated coolant-through solid carbide drill2.120350135°Standard
DC936-2100-04-01Black-coated coolant-through solid carbide drill2.1———145°View full callout
DC936-2100-04-02Black-coated coolant-through solid carbide drill2.120450135°Standard
DC936-2200-03-01Bronze-coated coolant-through flat-bottom solid carbide drill2.215450—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.