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| ACTIVE VIBRATION ISOLATION SYSTEMS |
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| Nano 50 is Halcyonics'
latest benchtop generation featuring
a height of only 65 mm. This low-profile
design sets new standards in benchtop
active vibration isolation systems.
The Nano 50's newly developed sensors
and actuators permits high active sensor
forces over an especially broad frequency
range and thus offers optimal performance
even for comparably difficult applications
and high vibration amplitudes. |
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Vibration isolation systems
of the Halcyonics Vario series consist
of active vibration isolation elements
and external controllers exactly matched
for these elements. The compact dimensions
and versatile application options of
this product series make it ideal for
OEM installation in customer-specific
applications and for configuration of
active vibration isolation work areas
and platforms in the lab. There are
virtually no limits when it comes to
the range of uses offered by Vario systems. |
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By deciding on a LiATO
MOD unit, you have acquired a top-class
active vibration isolation system. We
are positive that this system will meet
your expectations and provide you with
the best possible performance in your
application. |
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| Halcyonics’ MOD-SW
systems featuring compact dimensions
and excellent isolation performance
set the standards on the market for
isolation platforms for medium-heavy
to heavy applications. The standard
platform is exceptionally compact (1000
mm x 800 mm), only 130 mm high, yet
supports up to 1,200 kg, depending on
the version. For smaller applications,
Halcyonics also offers a standard version
measuring 800 x 800 mm. |
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| In addition to active
vibration isolation systems, Halcyonics
also manufactures workstations for isolation
of sensitive measuring equipment from
airborne noise. The first system of
this new series is the acoustic workstation
1L plus. It consists of an active vibration
isolation system, an extremely stiff
underframe and an acoustic hood, thus
allowing effective suppression of interference
caused by building vibration and airborne
noise. |
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