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Twelve Reasons Why Your Next Confocal Should Be DragonflyAndor’s Dragonfly High Speed Confocal Platform offers outstanding performance and flexibility, so when your research calls for confocal, consider these twelve compelling reasons why Dragonfly should be next in your lab or core facility. Bottom-line, Dragonfly delivers: productivity, speed, sensitivity, extended spectral range and quantifiable results.
Fast Volumetric and Off-Angle Brain Imaging with the FVMPE-RS® Multiphoton MicroscopeMultiphoton microscopy has become the primary tool for in vivo studies of brain structure and activity at the cellular level in animal models ranging from small mice to larger mammals such as primates. As applications of this technique broaden,...
Camera-based Products - Benefits of an ISO13485:2016-Certified SupplierWhat advantages does a supplier certified according to the medical device standard ISO 13485:2016 offer to a manufacturer of camera-based medical products? Our White Paper describes the requirements of this standard, presents various ways in which...
A High-Quality Raman Microscope Can Be Recognized by These 5 CriteriaRaman spectroscopy long remained a technique that was only performed in special laboratories. In recent years, however, it has been increasingly losing its outsider status. The reason for this is the development of the confocal Raman microscope,...
Is It True That Cooled Cameras are More Sensitive than Non-cooled Cameras?The temperature has a significant impact on certain noise sources prevalent in cameras, which contribute to the total readout noise of an image sensor. When electronic devices are operated continuously, they dissipate heat due to losses in the...
Behind the Scenes of Today's Imaging ProcessImage processing has become so ingrained in everyday life that we often forget how quickly it has advanced over the last few decades. Today, we are able to snap photos and then rotate, crop, and apply various filters to the images directly on the...
Time-resolved Fluorescence Spectroscopy and Microscopy in Materials ScienceStudying luminescence lifetime data is a very powerful analytical tool to gain insights into the excited state dynamics of molecules, nanoparticles, or semiconductors. Time-resolved methods such as Fluorescence Lifetime Imaging are commonly used in...
Advantages of Optically Pumped Semiconductor Lasers – Invariant Beam PropertiesThe optically pumped semiconductor laser (OPSL) is a unique patented technology that combines the most desirable attributes of laser diodes, DPSS (Diode Pumped Solid State) and Ion lasers, while eliminating a number of their compromising...
High Performance Motion Control – Systems Approach Provides Nanometer Precision for Industrial ApplicationsHigh performance motion control plays a key part in positioning and handling applications, such as semiconductor manufacturing, laser and materials processing, optical inspection systems, additive manufacturing or industrial digital printing. In...
Hyperspectral Imaging Cameras in Rapid Detection and Potential Diagnosis of Agricultural Crop ThreatsRemote monitoring of crops via satellites using color cameras was the earliest form of spectral imaging in agricultural management. Due to limited capabilities, only basic plant health parameters could be reported. The advent of hyperspectral...
The VisIR-765 “STED” - A Versatile Picosecond Pulsed Laser Module for Spectroscopy and MicroscopyStudying luminescence lifetime is a very powerful analytical tool, as it provides insights into the excited state dynamics of molecules, complexes, or semi-conductors. Pulsed laser modules with temporal pulse widths in the range of tens to a few...
Embedded Motion Modules Make Great Products SmallerEmbedded motion modules are a new option for product design teams. Combining mechanical and electrical functions in one optimized, easy-to-integrate device, they speed the design process and ensure smallest system size. Electrical connections are DC...
Fluorescence Microscopy Technique Provides New Views of Biological ProcessesIntroduction to the technique of MicroMirror TIRF (total internal reflection fluorescence) microscopy. The MicroMirror TIRF microscopy technique offers significant signal-to-noise ratio improvements compared to dichroic based TIRF microscopy when...
Modern CMOS Sensors and Their Use in Fluorescence-Based ApplicationsDr. Felix Asche, Product Manager at Basler, outlines possibilities and application areas of modern CMOS sensor technology in medicine and science. System manufacturers whose devices are equipped with CCD sensors and who are therefore increasingly...
SRRF-Stream - Releasing The Potential of Real-Time Super-Resolution MicroscopySRRF-Stream super-resolution processing is carried at a rate up to 30x faster than the ImageJ implementation of SRRF, ‘NanoJ-SRRF’. Furthermore, SRRF-Stream processing is carried out in parallel with data acquisition, as opposed to being restricted...
rapidFLIM: The New and Innovative Method for Ultra fast FLIM ImagingrapidFLIM exploits recent advances in Time-Correlated Single Photon Counting (TCSPC) electronics, where ultra-short dead times allows imaging fast, dynamic processes via Fluorescence Lifetime Imaging (FLIM). With this new approach, FLIM image...
Twelve Reasons Why Your Next Confocal Should Be DragonflyAndor’s Dragonfly High Speed Confocal Platform offers outstanding performance and flexibility, so when your research calls for confocal, consider these twelve compelling reasons why Dragonfly should be next in your lab or core facility. Dragonfly...
Analysis of Small Samples Using the LUMOS Stand-alone FTIR MicroscopeFourier Transform Infrared (FTIR) microscopy is a well-established method for the analysis of samples that are too small or complex to be measured in a standard infrared spectrometer. The new LUMOS Stand-alone FTIR microscope offers a fully...
Digital Pathology: A Primer for Microscope Camera SelectionWith a focus on the importance of color reproduction, camera sensitivity, noise, and resolution, and the different types of camera interfaces and analysis software, this white paper will help pathologists choose the right microscope camera for their...
Particle Analysis by Raman MicroscopyThere are many occasions where analyzing unknown particles can be important. Examples include illicit drug analysis, particulate adhesions occurring in a recycling process, electronics manufacturing, particles in liquid biomedical products, and many...
Phosphorescence Lifetime Imaging Microscopy (PLIM) Measurements: Practical AspectsCharacterization of emissive materials including their luminescence lifetime plays an important role in material science, especially in chemical sensing. Interest in Phosphorescence Lifetime Imaging (PLIM) has been renewed with the booming...
How Machine Vision Cameras Help MedicineCameras have become a significant component in a multitude of medical applications, especially in the fields of microscopy, ophthalmology, pathology, endoscopy, lab automation and biomedical research. This Basler White Paper will explain what makes...
rapidFLIM: The New and Innovative Method for Ultra fast FLIM ImagingrapidFLIM exploits recent advances in Time-Correlated Single Photon Counting (TCSPC) electronics, where ultra-short dead times allows imaging fast, dynamic processes via Fluorescence Lifetime Imaging (FLIM). With this new approach, FLIM image...
7 Questions to Ask When Choosing an Optogenetics Model: A Neuroscientists GuideProgress in technology, new scientific discoveries & even the birth of new fields are made possible, not only by the inquisitive minds of scientists, but also by the tools & technology at their disposal. Before optogenetics, the tools used to study...
The FISBA RGBeam™ - Three Co-aligned Diode Laser Sources in One Convenient PackageThe FISBA RGBeam answers an industry need for a compact and customizable laser module. It’s small size and efficient coupling make it an excellent light source for use across many disciplines, including life sciences, industrial metrology and...
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