Showing 1–12 of 15 results

Boring holders – form E1 E1 – 30 x 16

85.00

Application:
For mounting solid drills with cylindrical shank according to DIN 6595.

With clamping screws

ER-Collet chuck – form E4 E4 – 30 x 2/16 | ER 25

110.00

Application:
For mounting straight-shank tools in collets.


Delivery:
With balanced clamping nut

ER-Collet chuck – form E4 E4 – 30 x 2/20 | ER 32

110.00

Application:
For mounting straight-shank tools in collets.


Delivery:
With balanced clamping nut

ER-Collet chuck – form E4 E4 – 30 x 3/26 | ER 40

110.00

Application:
For mounting straight-shank tools in collets.


Delivery:
With balanced clamping nut

Morse taper adaptor – form F1 F1 – 30 – MK1

90.00

Application:
For mounting tools with Morse taper shank and tang according to DIN 228-1 form B.


Note:
With adjustable spray nozzles


Delivery:

Morse taper adaptor – form F1 F1 – 30 – MK2

90.00

Application:
For mounting tools with Morse taper shank and tang according to DIN 228-1 form B.


Note:
With adjustable spray nozzles


Morse taper adaptor – form F1 F1 – 30 – MK3

90.00

Application:
For mounting tools with Morse taper shank and tang according to DIN 228-1 form B.


Note:
With adjustable spray nozzles

OZ-Collet chuck – form E3 E3 – 30 x 2/16 | OZ 16

130.00

Application:
For mounting straight-shank tools in collets.


Delivery:
With ball bearing clamping nut


OZ-Collet chuck – form E3 E3 – 30 x 2/25 | OZ 25

130.00

Application:
For mounting straight-shank tools in collets.


Delivery:
With ball bearing clamping nut

Radial toolholder – form B1 right short B1 – 30 x 20 x 40

136.00

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.