Industrial supercontinuum laser from NKT Photonics covers 400 to 2400 nm

SuperK EVO white light lasers can be configured with output power levels from 100 mW to 10 W with megahertz repetition rate.

Laser Focus World Editors
Aug 25th, 2017
Content Dam Lfw Online Articles 2017 08 1709lfw Pro 3 Web

SuperK EVO white light lasers can be configured with output power levels from 100 mW to 10 W with megahertz repetition rate. The output spectrum covers 400–2400 nm and comes fiber-delivered through a broadband collimator. The maintenance-free, supercontinuum lasers are designed for OEM integration.

NKT Photonics

Birkerød, Denmark

www.nktphotonics.com

More in Lasers & Sources
John Ambroseo, President and CEO of Coherent.
Lasers & Sources
Business Forum: Laser markets evolve, price battles continue—an interview with John Ambroseo
Andreas ThossJohn Lewis
Aug 13th, 2019
Test & Measurement
QCL-based infrared spectroscopic ellipsometer rapidly acquires data
John Wallace
Aug 13th, 2019
A microresonator pumped with a CW laser (a) produces a microcomb with stable or chaotic behavior, as well as pure quartic soliton (PQS) pulse trains depending on the pump frequency (b). A high-energy random initial state will evolve with time and settle to a stable pulse with near-Gaussian power profile (c) and uniform power spectrum having a remarkable 3 dB bandwidth (d).
Lasers & Sources
Frequency-comb Sources: One microresonator-based soliton comb replaces multiple WDM lasers
Gail Overton
Aug 13th, 2019
Shown are tuning curves for three quantum dots positioned on the waveguide at the locations shown in the inset, to achieve identical emission (a). High-resolution Fabry-Perot interferometer measurements show all three quantum dots simultaneously from an output coupler with identical emission wavelength (b).
Lasers & Sources
Quantum Sources: Squeezed quantum dots create coherent streams of quantum-ready photons
Gail Overton
Aug 13th, 2019
FIGURE 1. In the scalable setting of a spatial photonic Ising machine, binary spins are encoded in the phase of a laser beam (green) by spatial modulation. Tailoring of the beam’s amplitude fixes spin-spin interaction. To find the ground-state spin configuration, the machine recurrently evolves according to a feedback signal from the camera plane. By design, maximizing the intensity in a target region (blue square) corresponds to a spin state with minimum energy.
Software
Photonics Modeling: Optical Ising machines solve complex engineering, science, and even business problems
Aug 13th, 2019
FIGURE 1. Broad clinical applications of photobiomodulation therapy aim at reducing pain and inflammation while promoting healing and regeneration.
Lasers & Sources
Phototherapy: Photobiomodulation therapy—easy to do, but difficult to get right
Aug 13th, 2019
FIGURE 1. Two laser resonators are depicted here: a linear resonator with output coupling at an end mirror, and a unidirectional ring laser.
Lasers & Sources
Laser Design: Understanding and optimizing laser resonator designs: An overview
Dr. Rüdiger Paschotta
Aug 13th, 2019
In-line coherent imaging (ICI) technology for laser welding will increase manufacturing efficiency, streamline validation, and minimize waste.
Lasers & Sources
IPG Photonics and Brose partner on laser weld measurement technology
Gail Overton
Aug 12th, 2019
Northrop Grumman has been selected to develop and integrate a directed-energy prototype solution on a Stryker combat vehicle for the U.S. Army to better protect highly mobile frontline units. The effort will culminate in a competitive performance checkout leading into a range demonstration that informs Maneuver Short Range Air Defense (M-SHORAD) requirements.
Lasers & Sources
U.S. Army contracts Northrop Grumman to develop laser weapon for combat vehicles
Gail Overton
Aug 6th, 2019
Photonics and quantum technology company M Squared Lasers will create 24 new jobs, including 18 new highly-skilled scientific roles, with a $3.5 million dollar (2.9 million pound) research and development (R&D) grant from Scottish Enterprise.
Lasers & Sources
M Squared $3.5M R&D grant to accelerate quantum technology
Gail Overton
Aug 1st, 2019