INDEXABLE INSERTS
LNET Milling Inserts
Compare LNET parent models by material and application before choosing a brand.
LNET Achteck
LNET 1005
LNET 1005 indexable milling inserts. 1 available option.
LNET Achteck
LNET 1206
LNET 1206 indexable milling inserts. 4 available options.
No matching parent models.
LNET is a rectangular milling geometry used on shoulder and copy mills. There are 2 sizes in this family and 5 insert variants in stock, covering Steel, Stainless steel, Cast iron, Heat-resistant alloys, Hardened steel.
Sizes in this family
Every LNET size we carry, with the measured geometry and how many variants are in stock. Open a size for the full cutting data and grade list.
| Size | IC (mm) | Thickness (mm) | Nose radius (mm) | Variants | Material groups |
|---|---|---|---|---|---|
| LNET 1206 | 6.35 | 12.3 | 0.8 | 4 | P, M, K, S |
| LNET 1005 | 5.2 | 10 | 1.2 | 1 | K, H |
Grades stocked in this family
AC151K, AP251K, AP251U, AP403M, AP151H.
The family is published for Steel, Stainless steel, Cast iron, Heat-resistant alloys, Hardened steel. Pick the grade from the group you are cutting — how to read grade names.
Chipbreaker geometries
MM4. The chipbreaker defines the feed window — chipbreaker selection guide.
Typical operations
- Shoulder Milling
- Face Milling
Which size do you need?
- Inscribed circle sets the maximum depth of cut. As a rule keep ap under about two thirds of the IC.
- Nose radius trades finish against strength. A larger radius gives better surface finish at the same feed and a stronger edge, but raises cutting force and cannot produce tight internal corners.
- Check the holder. The holder designation must carry the same shape letter and the same size digit as the insert.