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Hardware and software solutions for cutting-edge research
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MerlinX
The MerlinX photon counting detector system utilises a Medipix3 ASIC. MerlinX is packing a lot in for its size. With a vast range of applications, MerlinX is a high performance X-Ray imaging detector.
HEXITEC
HEXITEC detector is a self-contained system that measures the energy and position of every incident photon in the 4-200 keV range.
Zebra
Zebra, a digital signal level converter and position capture unit. Signals from multiple single channel inputs in TTL, LVDS, PECL, NIM or Open Collector format, are converted to LVTTL and passes the signals to an FPGA.
MerlinEM
The MerlinEM Direct Electron Detector (DED), a pixelated detector ideal for applications such as 4D STEM and TEM dynamic imaging, offers rapid readout and improved signal to noise.
Quantum C100
Quantum Detectors introduces the Quantum C100. Born from discussions in the Cryo-EM field, this detector is designed as the ideal detector for performance at 100keV.
V2F100
The V2F100 allows users to perform high-resolution voltage-to-frequency conversion, a technique widely used in synchrotrons and other scientific applications.
Xspress 3
The Xspress 3 family of readouts has revolutionised the analysis of fluorescence detector data. Improvements in throughput and resolution optimisation, allow faster experiments with improved results.
MerlinEELS
Direct electron counting detector for electron energy loss spectroscopy (EELS) imaging. MerlinEELS significantly improves EELS in two key metrics: electron counting - to get the maximum signal to noise ratio and, high framerates independent of detection noise - to mitigate sample drifts.
PandABox
PandABox is a fully integrated position, acquisition and control system, equipped to process absolute encoder inputs.
Spectral small-angle X-ray scattering (sSAXS)
An extension to the small-angle X-ray scattering technique that promises specific advantages in lab-based experiments.
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Diffraction Imaging and SPED
MerlinEM detectors offer unique opportunities for electron diffraction imaging. The simultaneous high dynamic range, high frame rate and ability to count single electrons massively expand the usefulness of this very established set of techniques. On top of this, the MerlinEM is radiation safe even at 300kV so there is no need to use a beam stopper.
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4D STEM
4D STEM, a technique modern fast framing electron detectors like MerlinEM allow, involves practical imaging of a full distribution of electrons for each probe position in a scanning transmission electron microscope (STEM). The most common name of the technique is 4DSTEM, however, scanned diffraction or momentum resolved STEM are also used.
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Cryo-EM Single Particle Analysis
Single particle analysis is a group of related computerized image processing techniques used to analyze images from transmission electron microscopy (TEM).
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Ptychography
Ptychography is a subset of Coherent Diffractive Imaging (CDI) which uses a coherent energy source (in our case, electrons or X-rays) to illuminate a sample and retrieve the phase information on the sample from phase-retrieval analysis of the far-field diffraction pattern.
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Helping you make your mark
Insights
Frame-based and event-based detection explained
Understand the benefits of frame-based and event-based hybrid pixel direct electron detectors, to choose best detection technology for your research project.
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News
The first MerlinEM RDP has been successfully installed
The first MerlinEM RDP detector, developed to further enable scientific capability in the electron microscopy community, has been successfully installed.
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Event
The first MerlinEM User Meeting
The first MerlinEM User Meeting hosted by Quantum Detectors took place on Tuesday 21st November, at Harwell Science and Innovation Campus, UK, bringing together members of the global electron microscopy and MerlinEM user communities.
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Discover the undiscovered
TEM or synchrotron, whatever your research, sample type or dataset, get in touch with Quantum Detectors and find out how our DEDs and readout solutions can help you. Working together we’ll discover more.
