Shrink fit chuck for clamping shank tools, suitable for use with all available shrink fit units.
The HAIMER HSK-F80 Makino Shrink fit Chucks provide the highest machining capacity in high-speed manufacturing. The optimized design combines high rigidity with vibration dampening, therefore giving more protection to machines, spindles and cutting tools.
Description
Shrink Fit Chuck Standard Version, DIN 69893-6, HSK-F80 Makino
Quality pass
Chuck fine balanced G2.5 at 33.000 rpm
All functional surfaces fine machined
More accurate than DIN
- All pre-balanced to G2.5 at 33,000 RPM
- Short gage length per machine builders recommendation
- Dampen vibrations
- Higher clamping forces
- Equally suited to high-speed manufacturing and heavy milling
- Increased machining capacity due to higher spindle speeds, higher feed rates and larger cutting depths
- Shorter processing times
- Quieter running, therefore better surface quality and protection of cutting tools, machine spindles and machines
- Higher machining accuracy
- Key features:
- Heat resistant hot-working steel
- Hardened 54-2 HRC
- For HSS and solid carbide tools
- Shank tolerance h6
- With threaded holes in order to balance with balancing screws
HAIMER TIP
For a constant and acurate cooling of te cutting tool we recommend the optional cooling system Cool Jet.
Technical specifications
Notice
Technical data subjects to change without prior notice.
Description | Norm: Haimer | Value: metric/inch |
---|---|---|
Clamping diameter | D1 | 6 inch / 0.236 inch |
Length A | A | 76,2 inch / 3 inch |
A-length version | ultrakurz | |
Diameter 2 | D2 | 21 inch / 0.827 inch |
Diameter 3 | D3 | 27 inch / 1.063 inch |
Length | L | 36 inch / 1.417 inch |
Interface | HSK-F80M |
Description | Norm: DIN 4000 | Value: metric/inch |
---|---|---|
Mass (weight) | D7 | 1,230 kg |
Balance grade | D5 | G2,5/25000 |
Rotation speed, max | D6 | 25000 |
Company identification | J3 | HAI |
Description | Norm: ISO 13399 | Value: metric/inch |
---|---|---|
Weight | WT | 1,230 kg |
Company identification | COMPC | HAI |