PhotonicsViews issue 1/2022 is out
Issue 1/2022 – February / March – is online and has been mailed. It includes feature articles from Cailabs, Coherent, Hamamatsu Photonics, Ingeneric, iPronics, Joya Team, Solmates, and more companies and institutions. On the cover: Shenzhen JPT Opto-Electronics.
Cover story is “Comparing the sheet metal welding performance of different lasers”. Further title stories are “Silicon Photonics – Programmable chips for 5G applications”, and “Beam Shaping – Microfluidic chip sealing using femtosecond lasers”.
The printed copies are now on its way to your mailboxes – read all articles ‘online open’ at the WileyOnlineLibrary.com – or browse the e-paper here on WileyIndustryNews.com.
Pitch your story for issue 2/2022 April / May – out in time for Laser World of Photonics and the AKL’22 Congress – now and submit your manuscript until February 28. Book your ads until March 21 and get a half-page company profile for free.
You want the printed issue in your mailbox? Please find the form for paid or qualified subscriptions for download below:
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most read
Sick increases sales in 2025
In the 2025 financial year, the company increased its turnover to 1.85 billion euros, an increase of 6.5% compared to the previous year.
Mks Opens European Laser Applications Lab for Pulsed Lasers
Lasers of various power classes are available in separate laboratory rooms, supplemented by Ophir measurement equipment as well as optical benches, optomechanical components, and motion systems from Newport.
FSG Expands Electronics Manufacturing in Zernsdorf with New Printed Circuit Board Production Facility
The new facility offers approximately 5,000 square meters of space, including 1,800 square meters of production space on the ground floor and 750 square meters of office space on the upper floor.
Global robot density: Western Europe leads ahead of North America and Asia
In the EU-27, the robot density is 231, which is above the global average of 132.
Keysight Acquires VPIphotonics
Developers in the fields of optics and electrical engineering can use it to model photonic components, circuits, and complete transmission links in a unified environment.