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attoUHVchamber
modular and compact concept providing highest flexibility
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attocube systems introduces its brand new, ultra compact UHV chamber
which is a major milestone on the way of combining optical and quantum
optical applications with attocube’s nanoscale solutions.
The design of the system is optimized for short pump down times
and enables therefore a fast sample exchange. Several blank flanges
offer the possibility of an easy integration of additional UHV
components such as a sample exchange system. attocube not
only provides a vibration isolation system for this miniaturized
UHV
chamber but also offers complete solutions such as a UHV compatible
confocal microscope (CFM) or a atomic force microscope (AFM)
fitting the UHV chamber.
For scientists who prefer their own customized solutions, attocube
systems‘ very compact positioning devices are ideal supplements
to this miniaturized UHV chamber and allow for nano-precise positioning
and measuring in restricted space under extreme environmental conditions.
| UHV
chamber |
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| dimensions |
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180 x 180 x 71 mm |
| operating pressure range |
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1E-11 mbar .. 1 bar |
| operating temperature range |
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300 K |
| max. bake out temperature |
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250 °C |
| connection flanges |
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2x CF100; 8x CF35 |
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| Additional Upgrade Options |
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| nanopositioners |
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e.g. ANPxyz101/UHV and ANPxyz51/UHV |
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(for detailed specifications please
see the nanopositioner section) |
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| electrical / fiber feedthroughs |
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cabling or glass fiber set with
UHV feedthroug |
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(for detailed specifications please
see the nanopositioner section) |
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| UHV compatible AFM |
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more info .. |
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| UHV compatible CFM |
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more info .. |
Request Quotation & Support : |
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customized
UHV attoCFM |
| Product
Key Features
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compact und modular
design |
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short pump down time |
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ease of use and cost effective solution |
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extendable with standard UHV
parts |
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quick and easy mounting of
any kind of equipment inside the chamber |
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high vibration isolation due
to decoupling of mechanically mobile parts from the main
body |
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unrestrained optical access
(90 % transmission for a wavelength range of 300 to 2500
nm) |
| Examplary
Applications
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combination with attocube systems’ highly
stable confocal microscopy module |
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combination with
attocube systems’ highly stable and ultra compact attoSTM
module |
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optical cooling experiments |
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in-situ investigation of surface relaxation
using optical heating system, e.g. a quartz lamp |
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