For cutting-edge applications, our proprietary “Exact Placement” approach minimizes centration error in optical assembly and sets unprecedented performance standards.(NGS), spatial transcriptomics, and liquid biopsy. We have developed a proprietary suite of lens assembly techniques for diffraction-limited imaging performance enabled by Alignment Turning System (ATS) technology, for products popular in life science applications such as Next-Generation Sequencing.Imaging Optics with Optimized Price & PerformanceĪt IDEX Health & Science we recognize our customer’s unique needs of each optical system, and we develop custom design and manufacturing solutions that optimize price and performance. Overall, commercial objectives generally exhibit high performance variability and thermal sensitivity, failing to meet today’s demanding instrument repeatability requirementsįully assembled optical units, mounted and calibrated to perform in your product.Ĭomplete photonic solutions, from the light source to the detector, ready to plug into your instrument. To achieve optimal optical system design for throughput and cost. Optical modeling of the objective and tube lens combination is needed This is because objectives are generally optimized for illumination and imaging performance near the center of the field of view (FOV), and color correction may be limited for specific applications.Īnother limitation is the difficulty to precisely quantify or model the actual performance of available off-the-shelf objectives that are designed to work with specific tube lenses. However, most off-the-shelf objectivesĪvailable and in use today limit imaging throughput. Objectives maximizeįluorescence signal collection from the sample and minimize wavefront distortions through the optical path, thereby enabling accurate image representation of the samples while maximizing sensitivity and accuracy. Objectives not only dictate image formation, but their design is critical for optimizing illumination uniformity and camera selection to maximize resolution and system throughput. Microscope objectives are the heart of an imaging system. Diffraction-Limiting Imaging Performance Get Exactly the Imaging Performance You Need
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