Skip to content

S773HB12.0

SKU DOR8030399
Primary Use:
Availability in Distribution Centers:
🔗 Check Stock - ADC Warehouse (1-3 Day Delivery)
🔗 Check Stock - EDC Warehouse (4-10 Day Delivery)
For more information about this product, click here
Original price $367.36 CAD - Original price $367.36 CAD
Original price
$367.36 CAD
$367.36 CAD - $367.36 CAD
Current price $367.36 CAD

Sold in packs of: 1

Long series Trochoidal end mill with FS chip-divider and 5 flutes, diameter 12mm with 42mm length of cut, 100mm overall length, 54mm reach with neck relief and 0.2mm corner radii, according to DORMER standard with a 12mm Weldon shank, solid carbide with AlCrN coating, unequal helix and 10° rake angle for shoulder milling, ramping, helical milling and trochoidal milling in steel and cast steel, stainless steel, cast-iron or high-temperature alloys

For more information about this product, click here

Identification
Ordering Code (ANSI/ISO)S773HB12.0
GradeAlCrN
Product Number8030399
Product FamilyS773HB
Insert Geometry
Corner Radius — in (RE)0.0079"
Corner Radius — mm (RE)0.2 mm
Depth of Cut Max — in (APMX)1.6535"
Depth of Cut Max — mm (APMX)42.0 mm
Dimensions
Cutting Diameter — in (DC)0.4724"
Cutting Diameter — mm (DC)12.0 mm
Overall Length — in (OAL)3.937"
Overall Length — mm (OAL)100.0 mm
Usable Length — mm (LU)54.0 mm
Connection Dia. — in (DCON)0.4724"
Connection Dia. — mm (DCON)12.0 mm
Number of Flutes (NOF)5
Tool Information
ShankCylindrical shank DIN 6535 HB
Through Coolant Yes
StandardWork Norm
Reference Numbers
EDP Number8030399
EAN7320760951187
File Type Download
S773HB12.0 — 3D Model STP Download
S773HB12.0 — 2D Model DXF Download
S773HB12.0 — Line Drawing PDF Download
For in stock items, please refer to our shipping page for rates and transit times. If in a stocking warehouse, your order will arrive within the estimated delivery timeframe displayed above.

In the event of a delay, our customer service team will contact you with updated details and provide the option to cancel if the product cannot be delivered within the expected timeframe.