chanelink logo
CHANELINK
Tiếng Việt

Coherent Axon laser won the 2023 Business Innovation Award from the British Physical Society

158
2023-11-03 13:56:53
Xem bản dịch

One of the laser leaders in the field of life sciences, Coherent Gao Yi (New York Stock Exchange: COHR), recently announced that its Axon laser won the 2023 Business Innovation Award at the awards ceremony held by the British Physical Society on October 30th.

Dr. Vincent D. Mattera, Jr., Chairman and CEO of Coherent, stated that, Coherent, especially our team at the Center for Excellence in Ultrafast Laser Technology in Glasgow, UK, is proud to receive this outstanding innovation award from the British Physical Society. For clinicians exploring new avenues in diagnostic medicine and neuroscientists studying the mechanism and treatment of neurodegenerative diseases, ultrafast lasers are a promising new tool for the future.

As early as 2013, the Coherent Chameleon laser won a prize from the British Physical Society. The Chameleon laser brings advanced laser imaging technology into the biology laboratory.

Nowadays, Axon lasers not only represent the development of laser technology over the past decade, but also represent Coherent's consistent support for biomedical research progress. The Axon series is a fixed wavelength, compact structure, and cost-effective femtosecond laser oscillator widely used in life sciences, imaging, detection, and nanoprocessing.

Since 2012, the British Physical Society Business Awards have recognized over 70 physics driven companies in different fields, celebrating their achievements and recognizing the important role played by physics and physicists in creating employment and achieving growth by driving innovation to meet today's challenges.

Source: Coherent Gaoyi Laser

Đề xuất liên quan

  • The technological iteration route of automotive millimeter wave radar chips

    The rapid development of intelligent cars and autonomous driving technology has made millimeter wave radar inconspicuous, and the widespread application of millimeter wave radar has driven the technological evolution of MMIC.From the expensive gallium arsenide (GaAs) process in the early days to the mainstream CMOS and SiGe processes today, and then to the future promising FD-SOI process, the cont...

    2024-12-07
    Xem bản dịch

  • Tiedra Famaceutica uses Macsa ID's SPA2 CB laser marking system

    Tiedra Famaceutica was founded by members of the Tiedra family in 2003 and is a manufacturer of contact lenses, health and ophthalmic products, as well as diagnostic instruments used in optometry and ophthalmic clinics.Before installing the SPA2 CB laser model for Macsa id, Tiedra used a pantograph, which is a quadrilateral system composed of hinged rods. This manual process provides limited marki...

    2023-12-14
    Xem bản dịch

  • Snapmaker Announces Its First Dedicated Laser Cutter, the Ray, in 20w and 40w Flavors

    Snapmaker has been making three-in-one manufacturing tools -- The Snapmaker, Snapmaker 2 and Artisan -- for over six years now. These machines have changeable tool heads that can be used for 3D printing, laser cutting and CNC machining. At the beginning of this year, it branched out to make adedicated 3D printer, the J1-- a dual print-head machine that works very well -- and today the ...

    2023-08-28
    Xem bản dịch

  • Electron beam welding process for thick steel plate of turbine at Aachen Institute of Technology in Germany

    Researchers from the Welding Research Institute of Aachen University of Technology in Germany reported on the development of a stable welding process for electron beam welding of thick plates used in the construction of offshore wind turbines. The relevant research results were published in Materials Science and Engineering Technology under the title "Development of a robust welding process for el...

    2024-07-09
    Xem bản dịch

  • Two photon absorption quantum mechanism breaks through the resolution and efficiency limits of optical nanoprinting

    Recently, a research team from the School of Physics and Optoelectronic Engineering at Jinan University has elucidated for the first time the time-dependent quantum mechanism of two-photon absorption and proposed a two-photon absorption (fpTPA) optical nanoprinting technology based on few photon irradiation, successfully breaking through the bottleneck of traditional two-photon printing technology...

    03-06
    Xem bản dịch