Photonics Imaging Technology Leading the Way in Bio-Imaging Industry - Seite 2

Zecotek's LFS series of scintillation crystals are known to be uniquely qualified for components in PET medical scanners. LFS crystals have the fastest decay parameter in their category, the best energy resolution and competitive pricing, which are key attributes for the new configurations of high resolution Time Of Flight PET scanners. PET OEMs have conducted comparative tests with other many other scintillation materials, and recognize Zecotek's LFS crystals to be superior for specific designs of PET medical scanners. Read this and more news for Zecotek Photonics at:  http://www.marketnewsupdates.com/news/zms.html

In other industry developments of note:

Corning Incorporated (NYSE:GLW) recently announced that it has largely completed the previously announced acquisition of substantially all of the Communication Markets Division (CMD) from 3M Company. Corning anticipates closing the sale of the remaining telecommunications system integration services business later in 2018, subject to customary closing conditions and regulatory approvals. The acquisition extends Corning Optical Communications` market reach and access to global customers, particularly in key growth areas in Europe, the Middle East and Asia; the Central and Latin America regions; and the in-building network market segment. The acquisition also expands the optical solutions Corning can provide existing customers through CMD`s high-bandwidth portfolio.

NeoPhotonics Corp. (NYSE:NPTN) came to a close up slightly on Tuesday at $7.11 per share. NeoPhotonics Corporation develops, manufactures, and sells optoelectronic products that transmit, receive, and switch high speed digital optical signals for communications networks. It offers high speed products, including transmitter, receiver, and switching products for 100G (gigabits per second) and optical transmission applications over distances of 2 to 2,000 kilometers; optical components for coherent systems, including narrow linewidth tunable transmit and local oscillator lasers (NLW-ITLA) that generate ultra-pure wavelength or color for coherent transmission, as well as coherent micro-modulators, which encode the information on the intensity and phase of the optical beam; and integrated coherent receivers (ICRs) that decode the phase and polarization encoded coherent signals. The company also engages in developing pluggable coherent modules that combine NLW-ITLA with ICR and a coherent modulator; and offers 100G products for the client side and datacenter applications.