Laser Components is expanding its range of cost-effective positioning lasers by two compact modules
With an ultra-rapid capture time of just 90µs, it provides an optical resolution of 33:1 and various focus options
The beam shape of the metasuface based external cavity laser can be fully controlled to project a complex hologram, such as the Harvard shield. (Image: Christina Spägele/Harvard SEAS)
Harvard researchers have developed a metasurface that can effectively tune the properties of laser light without the need of additional optical components
Thorlabs has released a passively Q-switched laser producing 500ps pulses centered at 1,030nm
Omicron has developed new desktop laser systems especially for science and research
Thorlabs has introduced the latest addition to its product line up for the field of quantum photonics, a correlated photon-pair source
Hübner Photonics has introduced the Cobolt 05-iE, an all-integrated model of compact and powerful single frequency lasers
Following our move into new premises, and our recent expansion in staff and production capacity, we are delighted to announce our first new product release of the year
Ekspla introduces a new tunable wavelength picosecond laser that provides from 210 to 2,300nm output wavelength from one box
Thorlabs has expanded its swept source OCT (SS-OCT) offering with the release of Atria systems centred at 1,060nm
Keely Portway looks at the latest advances in diamond turning, including new properties and functions for optics
Credit: Parilov/Shutterstock.com
Joerg Volpp and Adrien da Silva, at the Luleå University of Technology, investigate beam shaping possibilities for high-power processing, co-authored by Alexander Laskin, from Adloptica
Carlos Lee, Epic’s director general, talks to Maria Chiara Ubaldi, co-founder and chief executive of Milan-based CareGlance
Image: Universal Quantum
Gemma Church details Universal Quantum’s work building a million-qubit quantum computer and what’s needed from optics and lasers
Daniel Holder is a research associate for laser material processing at the University of Stuttgart's IFSW.
Daniel Holder, of the IFSW at the University of Stuttgart, shares how new USP laser technologies could facilitate the rapid micromachining of silicon wafers
