Solid carbide thread mill ISO M1x0,25 MTS03007C2 AMT7 TiAlN

Solid carbide thread mill ISO M1x0,25 MTS03007C2 AMT7 TiAlN
Solid carbide thread mill ISO M1x0,25 MTS03007C2 AMT7 TiAlN Solid carbide thread mill ISO M1x0,25 MTS03007C2 AMT7 TiAlN Solid carbide thread mill ISO M1x0,25 MTS03007C2 AMT7 TiAlN Solid carbide thread mill ISO M1x0,25 MTS03007C2 AMT7 TiAlN
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subsequent delivery
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Tool Finder
Thread end milling cutter for small bores
  • Especially for small bores, with straight shank
  • Thread cutting from M1 x 0.25 mm, thread depth up to 2 x D1
  • Version for thread depths up to 3 x D1 available on request
  • Suitable for HSC, extremely low cutting pressure, excellent surface finish quality
  • Allows thread cutting in blind bores up to the shoulder
  • Long service life due to special multi-layer coating
  • One tool for right-hand and left-hand threads
  • Cutting material: AMT7 solid carbide, multi-layer TiAlN coating for universal applications
  • MTSH version for hard machining up to 62 HRC available on request!

Metric, full profile, ISO 60°, internal
Article no./ATORN no.
2580100010 / 11940268
Packaging unit
1
Catalogue page
KS-0599
Cutting values
SW-0795

Technical characteristics

Application milling HSC
Coolant supply External
Cutting data Cutting angle Information - yes
Cutting material Solid carbide
D 0,72 mm
D1 3 mm
Designation MTS03007C2 0,25 ISO
Eignung Edelstahl gesamt
Eignung nicht Eisen gesamt
Eignung Titan/Nickel/Super gesamt
f Stahl 1000 0,01 mm/rev
Feed fz steel < 1000 N/mm² 0,04 mm/tooth
fz Stahl 1000 0,01 mm
L 39 mm
L1 2,5 mm
Max. thread depth 2xD
Nutzlänge Gewindefräsen 2,5 mm
Passend für Gewindeart M | M-L | MF | MF-L
Pitch 0,25 mm
Standard thread M1
Suitable for thread M1-M20
Surface TiAlN
Threaded hole type Clearance/blind hole ≤ 2xD
Tolerance of shank diameter h6
Tool holding device HA parallel shank
Z 3 pc.

Usage characteristics

aluminium < 8 % Si
aluminium ≥ 8 % Si
brass long
brass short
bronze long
bronze short
cast iron GGG
graphite
plastic
stainless steel austenitic
stainless steel ferrit./martens.
steel < 1000 N/mm²
steel < 1400 N/mm²
steel < 700 N/mm²
superalloys Fe/NiCo based < 30 HRC
superalloys Fe/NiCo based ≥ 30 HRc
titanium alloys
    
very suitable
suitable
STEP Download
DXF Download
ASSET_MatSafetyDataSheet Download
Catalogue page Download
Cutting values Download