JDSU has introduced two new high-performance lasers that it says bring new efficiencies to the manufacturing and life sciences markets
JDSU is supplying its Xcyte UV cell sorting lasers to the biotech industry, where it is used by bio-analytical companies in molecular biology, pathology, immunology, plant and marine biology applications
JDSU has launched its Industrial Diode Laser (IDL) 200 Series systems and modules, which the company says will help end users and system integrators to improve the uptime of their instruments
JDSU has released a high power ultraviolet (UV) laser called the Q304-HD laser.
JDSU has released the 54xx Series Near Infrared Single Mode Diode Laser and 24xx Series Near Infrared and High Brightness Multi Mode Diode Laser.
JDSU has released an enhanced version of its fibre-coupled diode laser, called the 6398-L4i series.
JDSU's new L4 platform is a powerful fibre-coupled diode laser solution. The new telecom-grade solution benefits from an innovative chip design that generates 10W output power.
JDSU has launched the 2495-L3 Series 808nm fibre-coupled diode laser. The diode laser incorporates new chip technology to provide a reliable and inexpensive laser solution for many industrial, dental and medical applications.
JDSU has introduced a laser architecture that offers high precision solutions for industrial and commercial applications. The Industrial Diode Laser System (IDL) provides up to 100W of power.
David Giltner, founder of TurningScience, discusses whether these two seemingly different career paths can successfully overlap
Matthew Dale reports on the association’s yearly event, where the importance of diversity, photonics funding and investment were to the fore
Géraldine Andrieux, at Blumorpho, shares her top tips on getting investors’ attention as a startup
Scientists have developed a lensless, infrared spectral-imaging system for medical diagnostics
A metaform is a new optical component that can combine with freeform optics to enable compact AR/VR headsets and eyewear. (Image: University of Rochester illustration/Michael Osadciw)
Researchers have combined freeform optics and a metasurface to deliver high-quality AR/VR glasses that are compact and easy to wear
