Hitting 2 petawatts, the NSF-funded ZEUS facility at U-M enables research that could improve medicine, national security, materials science and more.
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Hamamatsu Photonics laser sintering solutions offer greater energy efficiency, scalability, and material versatility for printed electronics.
Hamamatsu Photonics has developed a new product that addresses the growing need for precise beam-shaping solutions in the - nm spectral range.
Hamamatsu Photonics introduces the FTIR Engine C-, a state-of-the-art near-infrared spectrometer designed for rapid and accurate data acquisition in demanding industrial environments.
LiDAR (Light Detection And Ranging) is a pivotal technology for robotic vision in industrial automation.
Printed electronics are used in a wide range of devices, including flexible displays, thin-film transistors, sensors, and photovoltaic cells. In this article, we look at five aspects of printing equipment that can be improved by switching to laser sintering.
In this blog post, Creaform presents three practical tests that require no calibrated artifact to determine whether the performance claimed on technical specification sheets is achievable in real-life scenarios or just numbers without tangible value on paper.
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Researchers from ITMO University have developed a system that can bind and control particles of light and matter.
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The aeronautics industry is without question a dynamic sector of activity where progress takes place at breakneck pace and where the players in the field have to deal with remarkable technological advances that follow each other at increasingly shorter intervals.
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Sintratec's high-precision lasers with smaller spot sizes allow for superior print resolution and finer details in SLS 3D printing.
Researchers from ITMO University have suggested a method of creating colored patterns with an affordable, domestically-produced laser. Compared to others, the new method makes it possible to create smaller separate patterns within a single bigger one, which are harder to forge.
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EPFL physicists propose a novel way to create photoconductive circuits, where the circuit is directly patterned onto a glass surface with femtosecond laser light. The new technology may one day be useful for harvesting energy, while remaining transparent to light and using a single material.
Researchers from EPFL have resolved a long-standing debate surrounding laser additive manufacturing processes with a pioneering approach to defect detection.
Columbia Engineers pair vibrating particles, called phonons, with particles of light, called photons, to enhance the nonlinear optical properties of hexagonal boron nitride. The finding could lead to new ways of using light to modify materials. Learn more.
EPFL researchers have developed a hybrid device that significantly improves existing, ubiquitous laser technology.
