Hommel Hercules uses cookies to give you the best possible service. By using our services, you agree to the cookie usage and the Privacy Policy .  

SC straight lathe chisel DIN 4971/ISO 1 left setting angle 70° K10 12 Q

SC straight lathe chisel DIN 4971/ISO 1 left setting angle 70° K10 12 Q

SC straight lathe chisel DIN 4971/ISO 1 left setting angle 70° K10 12 Q
Item no: 1018861 224 

Online price:

Available in 8-10 working days.

Execution
  • Carbide lathe chisel DIN 4971
  • Left
  • Approach angle 70°
  • With soldered ISO cutting edges in accordance with DIN 4950
  • Cutting edges carbide-tipped.


Brand: LIZZARD
Shank width: 12 mm
Shaft height: 12 mm
Length: 100 mm
Carbide type: K 10/20
Cutting direction: Left-hand cutting
Cutting material: Carbide
DIN: 4971
Shank type: Square
Suitable for material group H: 3
Suitable for material group K: 1
Suitable for material group M: 2
Suitable for material group N: 2
Suitable for material group P: 2

EAN no.: 4030456136363

Product Datasheet
Versions
loading
Keywords:

You might also be interested in this

  • SC straight lathe chisel DIN 4971/ISO 1 left setting angle 70° P30 12 Q
  •
    Crimping pl. PZ 4 forced lock f. wire end ferrules DIN 46228 T1+4 dia. 0.5-4 mm
  •
    SC straight lathe chisel DIN 4971/ISO 1 left setting angle 70° P30 10 Q
  •
    SC straight lathe chisel DIN 4971/ISO 1 left setting angle 70° P20 25 Q
  •
    Short step drill bit type N cyl. HSS, ground M5 90° 4.2 x 5.5 mm
    39,59 €
  • SC straight lathe chisel DIN 4971/ISO 1 right setting angle 70° K10 20 Q
  •
    ATORN solid carbide HSC 3D roughing cutter, diameter 12.0x16x83mm, T3, r=1.2 mm
  •
    ATORN mounting clamping module type K 10.2 with indexing diameter 112 mm
  •
    Low-cut safety shoe Connexis® Safety+ GTX black-black Low S3 ESD sz.47 (UK 12)
  •
    Safety boots Connexis® Safety+ GTX black-black Mid S3 ESD size 39 (UK 6)
  •
    Carbide wide lathe chisel DIN 4976/ISO 4 setting angle 0° P20 10 Q
  •
    Precision 3-point internal micrometer IMICRO MR 100-125 mm
Herstellerinformationen