ATORN thread milling cutter w. clearance SC TiAlN M TH/BH 2xD 12.0 mm 1 mm HA
Brand: ATORN
Surface: TiAlN
Length: 80 mm
Art.-no. 13498220
Manufacturer article no. 11190306
EAN 4050293271911
Individual prices for customers after login
Application
For manufacturing right-handed and left-handed metric threads in through and blind holes on CNC and conventional machines in the steel, stainless steel, NF metal, cast and special alloy material groups up to a strength of 1500 N/mm² in single part and series production.
Execution
- With collar recess.
Advantage
- Innovative cutting geometry for very high dimensional accuracy, process reliability and chip removal.
- Deep thread depth achievable due to collar recess between thread part and shank.
Brand | ATORN |
Tool holding device | HA parallel shank |
Main EAN Code | 4050293271911 |
Manufacturer Part Number | 11190306 |
Cutting material | SC |
Surface | TiAlN |
Hole type | Clearance/blind hole ≤ 2xD |
Coolant supply | Internal |
Cutting edge diameter (d1) | 12 mm |
Pitch | 1 mm |
Suitable from thread size | M16 |
Length (l1) | 80 mm |
Cutting edge length (l2) | 20 mm |
Effective length of thread milling (l3) | 31 mm |
Shank diameter | 12 mm |
Number of cutting edges | 4 PCS |
f steel 1000 | 0.06 mm/r |
Product Group | 132 |
Gross Weight | 0.100 kg |
Last viewed
RAACO ESD steel cabinet series 250, type 250/6-3 with 6 250-03 ESD drawers
ATORN SC multi-tooth mill, long diameter 8.0 x 31 x 40 x 75mm T=6 RT65
ATORN countersink, 90°, HSS, T=3, extremely unequal pitch, 4.3 x 40 mm
ATORN SC HPC TiAlN interch. head reamer TH 13.0 mm H7 VA geometry
BILZ piloted counterbore 180 degrees detach. pilot SC-coated T=4 size 3 20.0 mm
ATORN solid carbide drill UNI TiAlNplus 3xD without IC 12.0 mm straight shank HA
WIDIA SC end mill W401, dia. 10x22x72 mm, HA shank 6945549
ATORN solid carbide end mill, X-long diameter 4.0 x 8 x 60 x 100 mm, T=4 RT65
ATORN screw tap HSSE-PM TiN B 371 0° M5 0.8 mm ISO2 D 3xD CNC conv. UNI
ATORN SC mini torus mill cttr TiAlSiN 0.5x0.5x50 mm clearance 0.48x8 mm R 0.05