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Dormer R4676.0 7625143 solid carbide drill with TiNAl coating, 6.00 mm diameter. Designed for M (stainless steel) and S (high-temperature alloys) material applications. Force M geometry for high-performance drilling in demanding materials.

Name: Dormer R4676.0 7625143 solid carbide drill with TiNAl coating, 6.00 mm diameter. Designed for M (stainless steel) and S (high-temperature alloys) mate
Brand: Dormer Pramet
Price: 190.67 USD
Availability: InStock
Rating: 5.0 (3 reviews)

MODEL 7625143

BRAND

Dormer Pramet

SKU

6075617

WEIGHT

0.054 lb

UOM

each

$190.67 Each

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Returnable: Yes

ApplicationAngleIcon_DICT_SEL

Drill point 140°

Basic Standard

DIN 6537 K

Coating

TiAlN

Connection diameter - inch (DCON MS)

0.2362

Connection diameter - millimeter (DCON MS)

Cooling (CSP)

Cutting diameter - inch (DC)

0.2362

Cutting diameter - millimeter (DC)

Cutting diameter tolerance class (TCDC)

EDP number

7625143

Hand (Cutting direction)

Right

Length chip flute - inch (LCF)

1.1024

Length chip flute - millimeter (LCF)

Material application

M - Stainless steel, S - High-temperature alloys

Material code (BMC)

MID number

7625143

Ordering code ANSI

R4676.0

Overall length - inch (OAL)

2.5984

Overall length - millimeter (OAL)

Point Angle (SIG)

140

Shank

Cylindrical shank DIN 6535 HA

Shank length - millimeter (LS)

Spiral form

Continuously Thinned Web

Usable length (ULDR)

R467 Force-M solid carbide drills from Dormer have a special CTW flute design (Continuously Thinned Web) giving the drills extra strength.

Together with the coolant feed, this allows the drills to operate at higher cutting speeds and feeds whilst still capable of producing a high quality and accurate hole (H9 hole tolerance). Manufactured from premium carbide, the drills are specifically designed for drilling stainless steels and other heat resistant super alloys, whilst the titanium aluminium nitride coating ensures great performance when drilling harder materials and extends the tool life.

As a final touch, R467 carbide drills have a 140 degree, 4-facet split point which helps with self-centering and reduces the force needed to drill the workpiece.