Checkout with PO
Shipping Address
Billing Address
Order summary
Discount coupon
Order value $0.00
Shipping charges
Coupon Apply coupon
Volume discount
Remove
Total amount
Skip to content

125A06R-S90LN16-C

SKU DOR6760314
Primary Use: Possible 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 $1,391.00 - Original price $1,391.00
Original price
$1,391.00
$1,391.00 - $1,391.00
Current price $1,391.00

Sold in packs of: 1

Shoulder mill with double negative geometry which utilises 6 off LNMU 1607.. or LNGU 1607.. double-sided inserts, cutting diameter 125mm with 90° approach angle and 40mm connection bore according to DIN 8030-A, 63mm protrusion length, through coolant and differential pitch for shallow shoulder milling, shallow slot milling and plunge milling with a maximum depth of cut of 13.0mm

For more information about this product, click here

Identification
Ordering Code (ANSI/ISO)125A06R-S90LN16-C
Product Number6760314
Product FamilySLN16
Insert Geometry
Depth of Cut Max — mm (APMX)13.0 mm
Dimensions
Cutting Diameter — in (DC)4.921"
Cutting Diameter — mm (DC)125.0 mm
Functional Length — mm (LF)63.0 mm
Connection Dia. — in (DCON)1.575"
Connection Dia. — mm (DCON)40.0 mm
Number of Flutes (NOF)6
Tool Information
Tool DesignSLN16
ShankShell mill DIN 8030 A
Direction of ToolRight
Through Coolant Yes
Reference Numbers
EDP Number6760314
EAN3603602956606
File Type Download
125A06R-S90LN16-C — 3D Model STP Download
125A06R-S90LN16-C — 2D Model DXF Download
125A06R-S90LN16-C — 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.