Lasers & Sources

Credit: AMADA WELD TECH
amada_weld_tech
The WL-P100A laser marking workstation is designed for low-volume production and R&D.
Aug. 7, 2025
Credit: University of Colorado Denver
Aakash Sahai in the laser lab with their setup at the University of Colorado Denver. Credit: University of Colorado Denver
Aug. 4, 2025
Credit: Chromasens
chromasens
Aug. 3, 2025
Credit: Hi-D Imaging
Dr. Utku Guelan and Dr. Caroline Smid performing in vitro measurements (left). The aquarium used for performing the measurements is placed on a Newport optical table. The Spectra-Physics Millennia laser is used to excite the tracer particles in the silicon replica inside the aquarium (right).
Aug. 1, 2025
Credit: AdValue Photonics
advalue_photonics
Aug. 1, 2025
© Endeavor Business Media
dlfw_innovators25_final4
July 30, 2025
© Endeavor Business Media
lfw_ftpinterview_selects_1
July 29, 2025
Credit: TRUMPF
FIGURE 1. Hairpin welding for electric motors.
July 28, 2025
Credit: Hutzler Lab
In Hutzler's laboratory at Caltech, the Matisse Ti:sapphire laser, coupled with the Mixtrain SFG system, performs spectroscopy and laser control of cold atoms and molecules used to search for new fundamental particles and forces. Above, a graduate student adjusts locking electronics on the IR Ti:sapphire seed to excite an optical transition to a metastable triplet state of neutral radium-226 atoms, which induces accelerated formation of new radium-containing molecules.
July 23, 2025

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