Quorum’s market-leading PP3010 cryo sem preparation system is the latest in cryo-SEM technology and combines the highest quality results with unparalleled ease of use. The PP3010 is a highly automated, column-mounted, gas-cooled cryo sem preparation and cryo transfer system suitable for most makes and models of W-SEM, FE-SEM and FIB/SEM.
Cryo preparation techniques for cryo SEM and FIB/SEM are essential for the observation of biological, wet or beam sensitive specimens. Using cryo sem electron microscopy removes the need for conventional preparation methods, such as chemical fixation and critical point drying, and allows observation of specimens in their natural hydrated state.
Quorum also pleased to offer the PP3005 SEMCool and PP3006 CoolLok – part cryo preparation systems for low temperature applications where the full specimen processing capabilities of the PP3010 may not be required.
If you would like to talk to a member of our sales team in the UK about any products, please call us on: +44(0)1323 810981 or email [email protected]
Take a moment to review the benefits of the PP3010 Cryo System presented here by our Technical Director Robert Morrison.
PP3010 Cryo-SEM/Cryo-FIB/SEM Preparation System
The PP3010 is a highly automated, easy to use, column-mounted, gas-cooled cryo preparation system suitable for most makes and models of SEM, FE-SEM and FIB/SEM. The PP3010 includes a number of unique but important features, including: off-column cooling (no boiling liquid nitrogen on the microscope), pumped storage of the cryo transfer device.
The PP3006 CoolLok offers rapid transfer and cryo temperature observation of specimens for SEM, FIB/SEM, beamline or other vacuum systems. Applications include thermal protection of beam-sensitive specimens and low temperature observation of materials such as plastics, polymers low-K dielectrics and hard-soft mixtures. The system can also be used for inert gas transfer of ambient temperature specimens from a glove box.
PP3005 SEMCool Non-Airlock Cooling System for SEM and FIB/SEM
The SEMCool is based on the PP3006 CoolLok but without the PP3004 QuickLok components. It is designed for cryogenic applications where airlock exchange of specimens into the microscope is not required.
Developed for use in low vacuum and natural SEMs, peltier-cooled stages accurately control dehydration from wet specimens.
Coolstage – Peltier-Cooled SEM Stage
The Coolstage is a Peltier-driven SEM cooling stage for scanning electron microscopy (SEM), low vacuum (LV) or variable pressure (VP) applications. The stage can be cooled to sub-zero temperatures for specimens that may be sensitive at ambient temperature, subject to beam damage, or may otherwise ‘sublime’ (lose water) at ambient temperatures.
Quorum make a range of critical point dryers to meet the needs of electron microscopy (EM) and other applications.
Critical point drying (sometimes called supercritical drying) is an established method of dehydrating biological tissue prior to examination in a scanning electron microscope (SEM). The technique was first introduced for SEM specimen preparation by Polaron (the forerunner of Quorum) in 1971, and the original design concepts, which included a horizontal chamber, are still embodied in the Quorum E3100 critical point dryer.
A more recent addition to our product range is the K850 critical point dryer with vertical chamber and built-in heating and cooling. The larger K850WM model is designed for semiconductor applications and will dry a 6″ wafer.
E3100 Critical Point Dryer
The E3100 large chamber critical point dryer has been anindustry standard for over 35 years and is used in numerous scanning electron microscopy (SEM) laboratories around the world. Primarily used for the processing of lifesciences and geological specimens, the E3100 can also used for the controlled drying MEMs and aerogels. The E3100 is supplied with the E3100-01 tissue boat and has three slots each with three tissue baskets, giving a total of nine.
The K850 Critical Point Dryer combines versatility and ease of operation. Built-in thermo-electric heating and adiabatic cooling allow precise temperature control. The vertical pressure chamber (32 mm diameter x 47 mm) has a side viewing port which allows a clear view of the liquid meniscus during filling. A magnetic stirrer ensures optimal mixing and exchange of process fluids.
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