The most advanced, transportable and user-friendly Liquid Scintillation Counter (LSC) on the market
Advanced
The Hidex 300 SL liquid scintillation counter is a revolutionary instrument which incorporates the most advanced technology available, triple-to-double coincidence ratio (TDCR) counting. TDCR utilizes a unique design with three photomultiplier detectors aligned 120 degrees from each other, which offers superior efficiency and counting results for both advanced research and environmental work.
Transportable
The 300 SL has a modern and compact design measuring half the size and weight of some of its long standing rivals. It is therefore much easier to fit it into smaller, more space conscious laboratories, such as transporting in research vessels or mobile labs.
Hidex’s MikroWin software version 5.62 is fully compatible with Windows 11
Hidex is the only manufacturer of liquid scintillation counters whose software is fully compatible with Windows 11, Microsoft’s latest major release. Hidex’s MikroWin version 5.62 can be run on any external desktop, whereas other manufacturers use internal computers that are integrated into the liquid scintillation counter itself.
This can present problems if there is a fault with the internal computer, as it prevents the user from operating the instrument as well. Being able to use an external desktop to manage your instruments allows MikroWin software to be easily updated with new releases and is compatible with Microsoft’s latest security features introduced in Windows 11.
NEW: Chevron has successfully developed new radiocarbon analysis methods based on TDCR liquid scintillation counting, click here to read more.
Super Low-Level Liquid Scintillation Counter
Similar to the standard instrument the Hidex 300 SL super low-level liquid scintillation counter is equipped with additional lead shielding, low-level PMT detectors, and an active guard detector for further background reduction.
Ideal for 3H in water measurements, other low-level environmental monitoring, radiocarbon dating and biofuel verification.
New Active Guard The Active Guard is a separate scintillator detector which measures and subtracts real-time background radiation. The guard can be turned off for high energy samples and does not interfere with alpha/beta separation.
The 300 SL liquid scintillation counter utilizes a unique design with three photomultiplier detectors which are aligned 120 degrees from each other to offer superior efficiency and counting results for both advanced research and environmental work.
In addition, the 300 SL can be used in triple coincidence mode only, which removes interference from chemiluminescence and the need to dark adapt. The liquid scintillation counter can also be operated in dual coincidence mode using conventional standards and quench correction methods.
Quench curves can be generated and stored within the MikroWin software, which can be automatically applied or manually fitted to recalculate previous data.
Detector Design
Optimal Lead ShieldDesign A minimum of 70 mm lead in all directions provides excellent shielding and minimizes the weight of the liquid scintillation counter.
Lead Shutter Reduces cosmic radiation.
Copper Shielding Eliminates X-rays from lead shield.
Robotic Loading Arm Removes the need for a complex elevator mechanism, preventing jams, and is easily serviceable.
PMTs Three PMTs detectors in coincidence mode provide optimal counting geometry and facilitate TDCR calculations on the liquid scintillation counter.
No internal or external standard source
The TDCR method allows easy determination of sample counting efficiency without the use of any internal or external standard source of radioactivity, offering many benefits for the modern lab including no hidden disposal costs, no health hazard when servicing, and no transportation restrictions.
Easy to use liquid scintillation analyzer software
The 300 SL liquid scintillation counter uses an external PC which is Windows 7, 8 and 10 compatible, enabling several users to transfer their method and data files to other offline or networked PC’s.
The MikroWin 300 SL software features an easy-to-use graphical interface and advanced data reduction capabilities. An unlimited number of protocols, easy export to Excel™, custom calculations and quench curves are all included. MikroWin also has options for 21 CFR Part 11 compliance for secure handling of method and data files.
Do I need a dedicated cart/table?
No, the 300SL is a benchtop instrument. A table can be purchased if desired.
Is the 300SL liquid scintillation counter portable?
Since it does not contain an internal radiation source there are no regulatory restrictions in transporting it.
Due to its small size the 300SL can easily be transported between labs and also placed in mobile labs/vans and research vessels (r/v).
How do I collect and analyze my data?
The 300SL liquid scintillation counter is capable of several calculations to allow you to process your data, which can then all be exported automatically to excel or to a text file compatible to your current LIMS system.
Is the liquid scintillation counter networkable?
Since you use an external PC it can be networked. The instrument can generate an Excel file and send it to the network automatically.
When do I need the internal radiation source?
The internal source is only needed if you are measuring dual-labeled samples with variable quench.
Do I need the Temperature Control module?
Temperature control is only recommended if you are using long count times and do not have a stable air conditioned laboratory.
What is the capacity of the 300SL?
The 300SL can take up to 96 x 7ml vials or 40 x20ml vials per tray and takes one tray at a time. Using the organizer feature it is possible to run several assays on the same tray and have the results exported separately.
Click the tabs below to understand why the Hidex 300 SL is the most advanced, transportable and user-friendly Liquid Scintillation Counter (LSC) on the market.
Johns Hopkins University, USA
The university chose the Hidex 300 SL because of its compact footprint, Excel functionality, and networkability. Read more here.
HIVIZ, USA
HIVIZ, a gun sights manufacturer, purchased a Hidex 300 SL for testing products as the gun sights include tritium radioluminescence. Read more here.
Veteran Affair Medical Centers (VAMC), USA
VAMCs across the USA have chosen the full Hidex range for their research instruments of choice in their laboratories. Read more here
Boston University, USA
An obesity research group at Boston University recently published a paper citing the Hidex 300 SL, using the instrument to measure β particle emissions, therefore calculating fatty acid oxidation of fibroblast cells from subjects both with and without type 1 diabetes. Read the full research paper here.
Northeastern University, USA
A paper has been published in the Journal of Biological Chemistry by the Mattos Lab in the Department of Chemistry and Chemical Biology citing the Hidex 300 SL. Read the full paper here.
University of Cambridge, UK
A physiology research group at the University of Cambridge have published a paper citing the Hidex 300 SL, with the paper detailing the effects of a high sugar and fat diets on the metabolism of the mother and foetus in pregnant mice. Click here to read the full paper.
Integrated Mission Support Services LLC, USA
One of NASA's key service providers, Integrated Mission Support Services LLC, has chosen a Hidex 300 SL liquid scintillation counter to meet a requirement for wipe testing packages before they are sent into space. Read more here.
Long Island Jewish Medical Center, USA
LabLogic carried out a wipe test on a Hidex 300 SL with alpha beta separation for Xofigo® contamination at New York's Long Island Jewish Hospital. Read more here.
Harvard University, USA
Harvard University has invested in not one, but three Hidex 300 SL liquid scintillation counters. The university has removed nine older liquid scintillation counters from various locations and replaced them with the 300 SL units. Read more here.
University of Sheffield, UK
The University of Sheffield has invested in a Hidex 300 SL for its nuclear materials research facility, the MIDAS center (Materials for Innovative Disposition from Advanced Separations). Read more here.
City University of New York, USA
The City University of New York’s Advanced Science Research Center (ASRC), home to researchers working in Nanoscience, Photonics, Structural Biology, Neuroscience, and Environmental Sciences, has installed a Hidex 300 SL, Click here to read more.
St. Lucie Power Plant, the Edwin I. Hatch Nuclear Plant, and the Palo Verde Nuclear Generating Station , USA
A Hidex 300 SL liquid scintillation counter has been installed in three separate nuclear facilities across the USA, used to test for H3 in the cooling water. Read more here.
Smithsonian National Air and Space Museum, USA
The National Air and Space Museum has chosen a Hidex 300 SL for its restoration work at the Steven F. Udvar-Hazy Center in Chantilly. Read more about the facility and the sale here.
Boston University, USA
Boston University Medical Center, a 508 bed academic medical center located in Boston’s historic south end, has installed a Hidex 300 SL liquid scintillation counter. Read more here.
Imperial College London, UK
LabLogic has installed a Hidex 300 SL at the Imperial College in London as staff needed to replace an ageing liquid scintillation counter. Click here to read more.
Chevron, USA
Chevron purchased the 300SL for biodiesel verification. 300SL's unique three detector system allows for zero luminescence counting (using triple count mode for C14) so users can measure down to 1% biodiesel.
Idaho National Laboratory, USA
Idaho National Laboratory uses the 300 SL for metrology applications. The 300 SL is the only commercially available LSC for metrology applications.
Oak Ridge National Laboratory, USA
ORNL fitted five labs with 300 SL's across its large site because of the software. It is easy to transfer templates/parameters files easily between all sites keeping all units within their strict SOP guidelines.
The Hidex 300 SL features a unique topographical 3D alpha/beta spectral separation algorithm that can be used to qualify and quantify alpha and beta emitte…
