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The HSK interface
Technical information and advantages
Fig. 1:
HSK-A 63 interface,
automatic tool change
Toolholders Our modular tooling system GM 300 has been The radial and axial forces generated in the tool
developed for the application of rotating and shank provide the clamping force necessary for
stationary tools. 1987 we developed the GM 300 extreme rigidity (fig. 2). Recommended values for
coupling. Standardization for this interface (DIN the GM-300 module for manual clamping (see page
69893) was obtained in 1991. Since 12/2001 the HSK 21 + 23 + 35).
interface is also standard to ISO 12164-1/-2. The
unique design of the clamping method offers not A
only an ideal interface for manual clamping within
the tooling system, but also an ideal interface for Fstat
automatic clamping directly to the machine spindle
(fig. 1) or tool holder. S
Test tool Test stand
Characteristic feature: 600
Tapered hollow shank (HSK) with axial plane shift s in m 500 ISO taper SK 50
clamping mechanism according to DIN 69893. The 400
most important advantages are as follows:
s(IGHSTATICANDDYNAMICRIGIDITY
300
interface
200
ISO taper HSK HSK 100
DIN 2080 form A/C/(E) form B/D/(F)
DIN 69871 DIN 69893 part 1 DIN 69893 part 2 Test stand and bending
– HSK 40 HSK 50 5 10 15 20 25 30
SK30 HSK 50 HSK 63 Load Fstat in kN
SK40 HSK 63 HSK 80 Fig. 2
Static deflection: Comparison between ISO taper 50
SK45 HSK 80 HSK 100
and automatic interface HSK-A 100 (A)
SK50 HSK 100 HSK 125
Association between ISO taper - hollow taper shank
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