Key Takeaways: Flow cytometry uses hydrodynamic focusing, electronic detection, and optics for precise cell analysis. Avantier enhances flow cytometry with custom optics, laser optimization, and specialized coatings. Electronic detection measures light scatter for size and complexity insights. PMTs and photodiodes capture signals for analysis. Avantier’s customization options improve accuracy and sensitivity in cellular […]
A beam splitter cube is a key component of a Polarizing Beam Splitter, also known as a polarization beam splitter or polarized beam splitter.
Fluorescence microscopy utilizes excitation light to capture fluorescence microscopy images of specific structures or molecules.
Customization enhances the capabilities of fluorescence microscopy, optimizing the fluorescence microscope for high-resolution imaging.
Surveillance cameras play a pivotal role in enhancing security through vigilant monitoring of various environments.
The Robotic Intelligent Camera enhances surveillance with advanced monitoring and robust defense capabilities for heightened security.
Key Takeaways Understanding the optical characteristics of lenses—focal length, aperture, maximum aperture, depth of field, and lens quality—is essential for photographers to enhance image quality and optimize optical equipment functionality. Focal length determines perspective, aperture controls light intake, and depth of field adjusts focus, enabling precise adjustments for optimal image capture across diverse settings. Exploring […]
Key Takeaways Infrared camera lenses, crucial for thermal imaging, optimize performance based on focal length and the specific infrared lens wavelength range. Lenses are made from infrared-transparent materials like germanium, silicon, and zinc selenide, providing unique optical properties. Focal length is critical; longer lengths enhance long-range detection, while shorter lengths offer a wider field of […]
Objective lenses, essential in optical instruments, require aberration correction to optimize performance and influence field of view.
Key Takeaways Infrared lenses (IR lenses), through opto-mechanical design, align components for high-performance optics and IR applications. IR lenses capture and focus radiation in various spectra. Used in medical, scientific, surveillance, and defense fields, they enable thermal imaging and spectroscopy, driving technological progress. Opto-Mechanical Design for High-Performance Optics In order to ensure the seamless functioning […]
