Medical device developer EOS Imaging SA has promoted Mike Lobinsky to the position of CEO. He will leave his position as president of EOS’ North American business. Lobinsky has more than 20 years of experience in the medical technology industry with senior management roles in sales, marketing, operations, and business development in the fields of orthopedic robotics, navigation, imaging, and implants. He has held leadership positions at Smith and Nephew, Brainlab, Blue Belt Technologies, and Stryker, and he most recently contributed to the acquisition of Blue Belt by S&N prior...Read full articleRelated content from Photonics MediaARTICLESModulight Appoints Orsila President, CEOModulight Inc. has named Seppo Orsila as president and CEO, effective immediately. Petteri Uusimaa will assume the roles of vice president and CTO. 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The Alertgy noninvasive glucose monitor was crowned the best imaging...BioPhotonics Nov/Dec 2019 IssuePRODUCTSPyroelectric SensorsThe ezPyro™ SMD+ series of pyroelectric sensors from Pyreos provides fast and accurate detection in a small, low-cost, integrated subsystem to a wider range of anesthetic, refrigerant, and...EuroPhotonics Spring 2021 IssueLidarThe Cube Range lidar from Blickfeld GmbH is a microelectromechanical (MEMS) device that detects obstacles at a distance of up to 250 m. The Cube Range was designed as a robust 3D solid-state...Photonics Spectra December 2019 IssueImaging SpectrographThe IsoPlane® 81 from Teledyne Princeton Instruments is an aberration-free imaging spectrograph with a deeply cooled, research-grade CCD camera in a small form factor. The model includes...BioPhotonics Sep/Oct 2020 IssueLED Light SourceThe ColdVision MC-LS LED light source from SCHOTT AG combines a maximum light output of 850 lm with easy operation in a compact housing. Features such as a USB port and legacy analog inputs...BioPhotonics Mar/Apr 2021 IssuePHOTONICS HANDBOOK ARTICLESFluorescence Lifetime Imaging: Choosing the Best Approach: Fluorescence lifetime imaging microscopy (FLIM), which measures the spatial distribution of the fluorescence decay, can be achieved either in the time or in the frequency domain. Each approach exhibits advantages and disadvantages, depending on the type of light detector and acquisition method employed.The term fluorescence is often applied as a synonym for photoluminescence, although luminescence actually covers fluorescence and phosphorescence. Both of these terms describe the process of...Photonics HandbookAspheric Lenses: Design Considerations: This first of two articles will cover design and manufacturing options for aspheres; the second will include more detail on manufacturing and testing processes. These articles will provide the tools optics designers need to tailor their designs to the appropriate manufacturing process and to optimize the cost of component fabrication.Aspheric surfaces are powerful tools that combine the optical corrections of multiple lenses into a single element (Figure 1) and affect performance in ways that spherical optics cannot. For example,...Photonics HandbookLasers: Understanding the Basics: Although lasers range from quantum-dot to football-field size and utilize materials from free electrons to solids, the underlying operating principles are always the same. This article provides the basic information about how and why lasers work.Almost 60 years have passed since the first demonstration of a laser in 1960. After the initial spark of interest, lasers were for a while categorized as “a solution waiting for a...Photonics HandbookMicroscopy Illumination: Considering Nonlaser Light Sources: Metal halide and LED light sources are changing the illumination landscape in microscopy. Brighter, easier to use and growing in application, they are driving new options in fluorescence, conventional bright-field and other contrast techniques.As recently as five years ago, shopping for a microscope light source was fairly straightforward. For routine applications, it was tungsten halogen, typically 100 W, while for fluorescence, it was an...Photonics HandbookWHITEPAPERSHigh-Speed Imaging in Biomedical Microfluidic ResearchThis whitepaper discusses multiple case studies when Phantom cameras have assisted in the advancement of microfluidic and cellular research.Photonics.com 11/17/2020Fluorescence 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...Photonics.com 10/1/2019Camera-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? 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Paulson School of Engineering and Applied Sciences have developed a single flat lens that can focus the entire visible spectrum of light in the same spot and in...Photonics.com 7/5/2018PHOTONICS BUYERS' GUIDE CATEGORIESNeurosurgery Laser SystemsHigh-Speed Motion CamerasTelevision LensesMicrofilm LensesCOMPANIESMaterion Balzers OpticsSolutions from Optics Balzers Optics Balzers is the innovative and independent industry partner for the development and production of coated optical components and subassemblies. The company...Photonics Buyers' GuideCascade Optical CorporationCascade Optical Corporation has more than 35 years of expertise in custom vacuum-deposited thin-film coatings, specializing in IAD, low temp, low stress coatings for laser crystals and fiber optics....Photonics Buyers' GuideDataRay Inc.DataRay Inc. was founded in 1988 to bring high performance beam profiling to the photonics community. Since then, we have delivered a range of standard and custom beam-profiling products of...Photonics Buyers' Guideart photonics GmbHWith more than 20 years of experience in design, development, and manufacturing of specialty optical fibers and complex optical fiber assemblies, art photonics GmbH is a major solution provider in...Photonics Buyers' Guide