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A private laboratory says it has validated a design for an IR laser propulsion system that could be used to keep satellites in position in low-earth orbit.
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Nanotronics Imaging Acquires Franklin MCI
Nanotronics Imaging LLC has acquired Franklin Mechanical & Control Inc. (Franklin MCI) of Hollister, Calif., a manufacturer of advanced mechanical and optical equipment.
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UbiQD Secures Licenses from MIT, Los Alamos
Quantum dots (QDs) manufacturer UbiQD LLC has secured two intellectual property licenses: one exclusive license from Massachusetts Institute of Technology (MIT) and one nonexclusive license from Los Alamos National Security LLC.
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Taper Manufacturing Station
3SAE Technologies
The production-ready Taper Manufacturing Station (TMS) with optional cleaving package is designed for use in the manufacturing of optical fiber tapers, bundles and couplers.
More info >>
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Mini and Micro
Lens Elements
Argyle International
Argyle has added a new series of miniature and micro lens elements to its diverse line of custom optics. Materials in use are all glasses, fused silica, and silicon. Lenses are custom built to your specifications.
More info >>
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ULC Offers Same Day Shipping
United Lens Company
At United Lens we’ve maintained our standing in the optical industry for nearly 100 years because we listen to our customers. Over the years the demand for certain stock items in our inventory has increased.
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Machine Vision Lenses
FOCtek Photonics
FOCtek provides customers with optical lens assemblies and custom-made lenses. We have developed a series of F1.2 Starlight Lenses which are used for matching 2/3", 1", 4/3"CCD and CMOS in intelligent transportation systems.
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Pseudoparticles could help make more efficient the conversion of light into storable energy, ushering in the potential for a decisive sustainable energy supply.
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For years, scientists have sought an alternative to silicon that possesses the same electrical properties while offering "superior printability." A replacement may not be necessary, though, as laser-printed silicon could be the answer.
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WEBINAR
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In Vivo Deep Tissue Imaging with Optical Wavefront Control
Wed, May 27, 2015 1:00 PM - 2:00 PM EDT
FREE WEBINAR
Dr. Meng Cui
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Optical microscopy has become an indispensable tool in modern biology. The high spatial and temporal resolution and the rich molecular information offered by optical imaging have led to new discoveries in a variety of research fields.
A major constraint of optical imaging is the limited imaging depth in turbid biological tissue. This talk will explore two new techniques for addressing this problem, both utilizing wavefront control to achieve unprecedented performance.
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Photonics Media will chair an Optical Sensing & Detection education track on Thursday, June 11. The track will feature speakers on a range of optical sensing technologies including MEMS-based acoustic and optical sensors, fiber optic position sensors, 3-D optical deformation and strain measurement and more.
More info >>
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FEATURED VIDEO
Newport Corporation – OpticsCage+
OpticsCage+™ utilizes an easy-to-use snap in design to expedite the creation of optical systems. Most cage systems only use a closed-hole captive design for adapting optic carriers to the 4-rod cage structure. This restriction requires a nearly complete teardown of a cage system to simply add or remove a component. The open-slot design of OpticsCage+ allows optical elements to be inserted directly into an assembled cage without the need for disassembly.
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