02/10/2021

For Immediate Release

II-VI Incorporated Introduces Diffraction-Limited Apochromatic Objective Lenses for Fluorescence 바카라 필승법 in Life Sciences

바카라 필승법

II‐VI Incorporated (Nasdaq: IIVI), a leading provider of 바카라 필승법 optics, today announced the introduction of its diffraction-limited apochromatic objective lenses for fluorescence 바카라 필승법.

The rapidly growing number of life sciences instruments, including fluorescence-based 바카라 필승법 systems, flow cytometers, and DNA sequencers, is driving the demand for precision optics that enable greater 바카라 필승법 resolution across the full visible spectrum. II-VI’s new  achieve subwavelength surface regularity and exceptionally high optical transmission to enable diffraction-limited performance, making them well-suited for a broad range of life sciences instrumentation platforms.

“We pushed the limits of precision manufacturing and metrology to achieve diffraction-limited optics that are highly desirable for apochromatic 바카라 필승법 in next-generation fluorescence-based instrumentation platforms,” said Dr. Guanglong Yu, Vice President, Advanced Optics Business Unit. “Now, customers can leverage these leading capabilities, together with our broad portfolio of related components, our rapid turnaround time on custom designs, and our global footprint of ISO-certified life sciences assembly facilities, to realize their next-generation instrumentation platforms, followed by a seamless transfer to high-quality manufacturing at scale.”

II-VI’s broad portfolio of products for instrumentation in 바카라 필승법 sciences includes visible-wavelength lasers and laser systems, precision optics, filters, and assemblies, as well as thermoelectric modules. System providers can expand assembly manufacturing at II-VI’s facilities in Dallas, Texas; Fuzhou, China; and Ho Chi Minh City, Vietnam, which are certified to ISO 13485 for biomedical assemblies.

II-VI will showcase its broad product line of optics and lasers for 바카라 필승법 sciences at the 2021 SPIE BiOS Digital Marketplace, March 6-11, 2021.