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balanced type

15.00
Product information “balanced type”

Shrink fit extensions 4,5° 20 – 04 – 150

95.00

Application:
For mounting tools with straight shanks.


Note:
Toolholders suitable for induction-, contact- and hot air shrink units. O 3, 4, 5 with h4-tolerance and O 6 – O 32 with h6-tolerance


For O 3, 4 and 5 mm only solid carbide tool shanks must be used!

Collets set | 5 µm | OZ16 | 415EP | 15-part kit DIN 6388 B (ISO 10897 B) in wooden socket

257.00

Application:
For mounting straight-shank tools in collet chucks DIN 6391. To use for high speed cutting and high precision milling.

Shrink chuck 4,5° HSK 40 – 06 – 80

113.00

Application:
For mounting tools with straight shanks.


Note:
Toolholders suitable for induction-, contact- and hot air shrink units. O 3, 4, 5 with h4-tolerance and O 6 – O 32 with h6-tolerance


For O 3, 4 and 5 mm only solid carbide tool shanks must be used!


  • All holders are made of forged steel
  • Specific, low warpage hardened
  • Surface hardened HRC 58~60
  • Hardening depth 0,8mm~0,9mm
  • Taper angle tolerance < AT 3 according to DIN 2080
  • Surface roughness Ra < 0,4 µm
  • Tensile strength in the core of min. 800 N/mm? after DIN
  • All functional surfaces fine machined

ER-Precision collet ER16 | 426EP | < 5µm | O 6 - 5

23.00

Application:
For mounting straight-shank tools in collet chucks DIN 6499. To use for high speed cutting and high precision milling.


Note:
High flexibility: Large holding capacity up to –1 mm

Collet chuck SK 30-2/16-60 OZ16 DIN 69871 AD

175.00
For mounting straight-shank tools in collets. With ball bearing clamping nut.

Axial toolholder – form C1 right C1 – 50 x 32

199.00

Application:
Mainly for external machining. For face machining.

Precision coolant supply: Improves chip evacuation and decreases the risk for chip jamming, critical factors for successful deep face grooving operations. Effective from low to high coolant pressures.With high precision coolant you get improved
chip breaking, longer tool life, better process security and productivity. Improves chip evacuation and decreases the risk for chip jamming, critical factors for successful deep face grooving operations. Effective from low to high coolant pressures.

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