Request InfoBruker Optics Inc.The sensitivity of dispersive Raman technology and the wavelength accuracy of Fourier transform Raman spectroscopy are combined in the Senterra microscope offered by Bruker Optics Inc. The confocal system accommodates multiple excitation wavelengths with high spatial resolution. A proprietary feature automatically rejects fluorescence from samples to produce quality Raman spectra, and video images of a sample are saved with the spectra for analysis. The patented Sure_Cal technology automatically calibrates the system to 0.1 cm21.See full productRelated content from Photonics MediaPRODUCTSPromoted Content May 2023 IssuePowerful LED Illumination for Every ApplicationCoolLED, a global expert in LED microscopy illumination, is helping scientists reach the full potential of their widefield fluorescence microscopy and optogenetics experiments with its broad range of...Photonics.com 3/1/2024Industrial Microscopy LED RingThe Model TR.L1 from Titan Tool Supply, Inc. is a specialized 16-LED ring illuminator designed for industrial microscopy applications, including modular toolscopes. With a robust aluminum...Promoted Content February 2024 IssueOEM Microscopy ComponentsOlympus Scientific Solutions is now Evident, but our commitment to manufacturing high-quality microscopy components and optics is unchanged. We are helping engineers develop the scientific...BioPhotonics Jan/Feb 2023 IssueSemiconductor Laser DiodeThe Metal Can PLT5 522FA_P-M12 from ams-OSRAM AG is an off-the-shelf semiconductor laser emitter with a 514-nm wavelength output required by many life science, R&D, and diagnostics applications....ARTICLESPhotonics.com 3/31/2023University of Twente Opens Bioimaging Center: Week in Brief: 03/31/23The University of Twente opened its BioImaging Centre, which serves as the core facility for microscopy at the university’s Technical Medical Centre. The facility is equipped with confocal...Photonics.com 5/22/2023Ultrasmall Silicon LED Enables High-Resolution Integrated ImagingResearchers at the Singapore-MIT Alliance for Research and Technology (SMART) developed a CMOS-based silicon LED that, though smaller than a wavelength, emits light at an intensity comparable to much...BioPhotonics Jan/Feb 2023 IssueAcousto-Optic Components Overcome Limitations in Confocal MicroscopyConfocal and multiphoton microscopy are commonly used to provide 3D-resolved images of in vitro or in vivo tissue samples without physical sectioning. 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For routine applications, it was tungsten halogen, typically 100 W, while for fluorescence, it was an...WHITEPAPERSPhotonics.com 1/10/2024Spectral, Spatial and Temporal Optimization of Solid-State Light Engine OutputSpecifications for illumination systems for biomedical imaging and industrial metrology generally converge on spectral, spatial and temporal light output characteristics. This article describes some...Photonics.com 11/30/2022Shanghai Optics Design for Manufacturing (DFM) Case StudyShanghai Optics offers first-class Design for Manufacturing (DFM) services. We are proud of our track history helping customers improve product quality and reduce their manufacturing cost...Photonics.com 4/28/2023“Fingerprint” vs Handheld Raman Applications and the Different Optical Filters That Enable ThemRaman spectroscopy is a powerful non-invasive, non-contact tool capable of identifying molecular constituents of samples. 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These modules are designed to provide a convenient and efficient...Photonics Dictionarystructured illumination microscopyStructured illumination microscopy (SIM) is an advanced optical imaging technique used in microscopy to enhance the resolution of images beyond the diffraction limit imposed by traditional light...Photonics Dictionaryindirect illuminationThe light formed by visible radiation that, in traveling from light source to object, undergoes one or more reflections. In microscopy, it is the light that falls on the object at right angles to the...Photonics Dictionaryinterphako interference microscopyMeasures the refractive indices axially from the fiber profile. 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