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Device offers benefits to laser welding, additive manufacturing, and surface treatment sectors.
…while Oak Ridge Lab uses AI to improve analysis of plasma plumes during pulsed laser deposition.
Netherlands startup reveals that the global materials giant is supporting its $10M-plus fundraising drive.
Series B venture round supports commercial expansion of system combining two optical techniques.
Non-invasive assessment method could improve studies of animal welfare.
Nanodisk of MoS2 preserves “broken inverse symmetry” to maintain optical nonlinearity.
 12 Sep 24 |
Trumpf opens €40 million extension at its Austrian site Company has invested in new production halls and Smart Factory in Pasching. |
 12 Sep 24 |
Applications open for 2025 SPIE Startup Challenge Annual pitch competition welcomes participants developing photonics technologies for business. |
 12 Sep 24 |
Senergetics develops fiber-optic sensors to spot corroded pipes Dutch startup’s technique targeting applications in chemical plants. |
 11 Sep 24 |
Cellino leads $25M effort to scale stem cell production US startup aiming to automate a typically labor-intensive process with laser-based cell management. |
 11 Sep 24 |
NIST modifies IR microscopy for improved live cell imaging
Quantum cascade laser and absorption compensation method captures clearer views of biomolecules. |
 11 Sep 24 |
Fraunhofer ILT and Dreher to present new laser blanking system at Euroblech Sheet metal processing method will be on show in Hanover between October 22-25. |
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Resolve Optics Ltd
Hamamatsu Photonics Europe GmbH
Wasatch Photonics
 | UV Curing Adhesive Used in Electro-Optical Studies 07 Jun Master Bond Electro-optical (EO) polymers offer several advantages over inorganic materials in the fabrication of optical waveguide structures. Master Bond UV15 has been selected for use in the fabrication of polymer optical waveguides for a variety of applications. Read this case study to learn more about how UV15 helped the researchers achieve their goal. |
 | Microscopy Objective Lens Metrology 13 Sep Optikos Today’s microscopy systems push the limits of performance and engineering. The advent of digital microscopy and computational processing means, whether using a manual laboratory microscope or a high-throughput automated platform, instruments are expected to produce excellent image quality across a large FOV and across a range of wavebands. To understand the performance limits of cutting-edge optical systems you need high-quality, reliable, and precise metrology systems. |
 | Improving Calibration Accuracy for High-End Spectroradiometers 06 Oct 2023 ADMESY BV Admesy introduces a groundbreaking calibration concept that surpasses the limitations of conventional calibration light sources. |
 | Making Raman Measurements Reproducible 28 Mar Wasatch Photonics Raman OEM applications need consistent spectra to deliver dependable answers. A good-quality OEM spectrometer should, by design, exhibit low unit-to-unit variability from the start, and any remaining small differences should be corrected in order to achieve the most robust and repeatable analytical outcomes in the field. Learn how to achieve >99.5% unit-to-unit agreement using a series of simple corrections. |
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