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This Week in Photonics: VISION 2022 Closes; Servomechanism, Crystallization Process Boost Machining, Manufacturing (10/13/2022)

This Week in Photonics: VISION 2022 Closes; Servomechanism, Crystallization Process Boost Machining, Manufacturing
Weekly newsletter highlighting breaking news, technology developments and product releases in the photonics industry.
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Thursday, October 13, 2022
 
.: Top Stories

 
VISION 2022 Hosts 6500, Celebrates Industry Innovation
VISION 2022 Hosts 6500, Celebrates Industry Innovation
The 30th iteration of the VISION Show hosted over 6500 visitors from 60 countries, as the machine vision industry convened in Stuttgart, Germany, Oct. 4-6. AI-based visual inspection company Kitov.ai earned the VISION Award 2022 for its CAD2SCAN software solution.
Read Article
 
Tool Path Optimization Bolsters Precision Machining of Freeforms
Tool Path Optimization Bolsters Precision Machining of Freeforms
Researchers from Keio University developed a tool path generation method for driving an independently controlled fast tool servo (FTS) for freeform surface machining. Without necessity of trial and error, the method enabled rapid manufacturing of high-precision freeform optics for various products.
Read Article
 
Optatec Returns to Frankfurt for 15th Iteration
Optatec Returns to Frankfurt for 15th Iteration
Optatec, the international trade fair for optical technologies, components, and systems, returns to Messe Frankfurt Oct. 18-20. Set for its 15th iteration in 2022, the event retains its focus on optoelectronics, machine vision, optics, laser components, fiber optics, and manufacturing.
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.: Featured Products & Services

 
Advanced Photonix - New! Extended Visible-InGaAs PSDs New! Extended Visible-InGaAs PSDs

Advanced Photonix
Advanced Photonix’s high-sensitivity, high-accuracy, 2 mm diameter Position-Sensing Detectors feature spectral response from the visible to the near & short-wave infrared. The innovative APX-PSD-XVInG-3.1 is a low-noise PSD with sensitivity from 400 nm to 1700 nm & high-position detection accuracy.

 Visit Website   Request Info 



Northrop Grumman Synoptics - SYNOPTICS Now Offers IBS Coatings SYNOPTICS Now Offers IBS Coatings

Northrop Grumman Synoptics
Quasi-Rugate thin film designs are optimized for high-power laser applications for ultra-fast through CW applications across the wavelength range of 355 nm to 2200 nm. Each design has a unique refractive index profile specifically tuned to give optimal performance for our customer’s applications. Quasi-Rugate design structures have the highest demonstrated Laser Damage Thresholds of any Ion Beam Sputtered films.

 Visit Website   Request Info 



 
 


.: More News

 

Spectroscopy and Machine Learning Focus Lens on Far Reaches of the Universe  Read Article 

Laser-Based Silicon Crystallization Improves MEMS Sensor Performance  Read Article 

3D-Printed Micro-Optic Enables Vortex Bessel Beam Generation  Read Article 

Machine Learning-Based Algorithm Reduces Drift in Fiber Sensors  Read Article 

Lumotive and Gpixel Unveil Lidar Reference Design Platform  Read Article 

 
.: Upcoming Webinars

 
Dynamic Beam Lasers: Introducing New Parameters for Laser Welding Dynamic Beam Lasers: Introducing New Parameters for Laser Welding
Thu, Oct 20, 2022 10:00 AM - 11:00 AM EDT
Dr. Asaf Nissenbaum shares new parameters for the Dynamic Beam Laser created by Civan Lasers. The laser’s unique power distribution provides complete control of the melt pool and keyhole which greatly reduces spatter, hot cracks, and porosity. It also provides new opportunities for laser material processing applications by increasing production speed, volume, and their capabilities. The Dynamic Beam Laser can be quickly programmed to move seamlessly between different workpieces and processes. This ability maximizes each machine's output. Presented by Civan Lasers.
 Register Now 




Harnessing Photons for Bond-Selective Imaging, Neuromodulation, and the Killing of Superbugs Harnessing Photons for Bond-Selective Imaging, Neuromodulation, and the Killing of Superbugs
Tue, Nov 1, 2022 10:00 AM - 11:00 AM EDT
Chemical microscopy utilizing fingerprint vibrational spectroscopic signals opens a new window to visualize the orchestra of molecules and biological structures inside living systems. Dr. Ji-Xin Cheng, professor at Boston University, and his research team have recently started to harness photons to modulate the behavior of cells, including the photoacoustic modulation of neurons at ultrahigh spatial precision and photolysis of intrinsic chromophores to eradicate drug-resistant bacteria.
 Register Now 




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Photonics Media is currently seeking technical feature articles on a variety of topics for publication in our magazines (Photonics Spectra, BioPhotonics, and Vision Spectra). Please submit an informal 100-word abstract to [email protected], or use our online submission form.

 
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