Welcome to Würth Finland For trade customers only

ORION indexable insert, negative, SNMG 120408-MU OHC7535

EWSPN-SNMG-120408MU-OHC7535-(17867198)

Art.-no. 1970918595

-
ORION indexable insert, negative, SNMG 120408-MU OHC7535

Art.-no. 1970918595

-
Quantity
PU
x 1 pcs

Show availability at another Würth Center
Exclusively for trade customers

Register and access more than 75 000 products

Application

For longitudinal turning and facing with a wide infeed range in unfavourable cutting conditions

Execution

  • Sintered cemented carbide indexable insert

Advantage

  • Very tough type with low risk of breakage in unfavourable cutting conditions
  • Positive soft-cutting chip geometry with a wide infeed range and stable blades
Product information

Datasheets(X)

Certificates/ Documents

 | 

 | 

Machining conditions for indexable insert

Unfavourable

Brand

ORION

EAN

4053625198320

Manufacturer Part Number

17867198

Shape of indexable insert ISO

S

Clearance angle of indexable insert ISO

N

Tolerance class of indexable insert ISO

M

Indexable insert type ISO

G

Size of indexable insert ISO

12

Thickness of indexable insert ISO

04

Corner radius of indexable insert ISO

08

Coating

PVD

Carbide type area ISO

M

Carbide type ISO

M35

Carbide type

OHC7535

ISO-Code Rotating

SNMG 120408

Material to be processed

Steel, Stainless steel

min./max. ap

0.8-3 mm

Materials group

M (primary application), P (primary application)

f min./max.

0.1-0.3 mm/r

f min.

0.1 mm/r

max. f

0.3 mm/r

max. ap

3 mm

min. ap

0.8 mm

Supply type

Medium processing - Universal geometry with wide service range

Chip breaker code (Bez.)

MU

Min./max. Vc in steel

150-260 m/min

Min./max. Vc in stainless steel

90-150 m/min

Min./max. Vc in special alloys

30-75 m/min

Harmonized System Code

82090020

Number of pieces per packet

10 PCS

Gross Weight

0.009 kg

Art.-no.
Cust. Mat. No.

Hazardous Material

Product information

Datasheets()

Datasheets ()

CAD data  | 

Certificates/ Documents

 | 

 | 

Technical information