Very High Image Quality Industrial Lenses
Schneider Optics Inc., Industrial Optics
The PYRITE lens series are vibration insensitive lenses designed to be used with large area and line-scan sensors under harsh conditions as in many industrial applications. Very low chromatic aberrations plus low geometric distortion provide a very high image quality from edge to edge at a wide magnifications range. The V38-Mount fits to the modular Unifoc system with its large variety of accessories, including focusing mounts, extension tubes, and camera adapters.
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ArmD™ UVWFS Broadband
Armadillo SIA
ArmD™ UVWFS optical fiber is the first choice for many applications where different types of fibers are needed. Widely utilized across diverse fields such as spectroscopy, analytical instruments, sensing, astronomy, aerospace, avionics, military applications, and more, these versatile fibers consistently deliver exceptional performance.
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Order Sorting Filters
Delta Optical Thin Film A/S
Delta Optical Thin Film offers Continuously Variable Order Sorting Filters well suited for diode array spectrometers.
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The 2024 Photonics Buyers’ Guide
Photonics Media
The 2024 edition is now available! It lists over 4000 companies under 1600 product categories and includes 30 articles from the Photonics Handbook. Use coupon code HP24 for a special offer!
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Electromagnetic Manipulation: Revolutionizing Machine Vision
Tue, Mar 5, 2024 1:00 PM - 2:00 PM EST
Join this webinar as Ryan Marti of Omron Automation delves into the realm of unique machine vision applications that push the boundaries of automation. Discover how machine vision technology can inspect cookies within the packaging, detect mold in rice for food safety, and even remove particulates from the air and cosmos. These groundbreaking solutions have the potential to revolutionize industries, ensure safer food and enhanced electronics, and unveil the universe like never before. In this session, Marti shares invaluable insights into the challenges faced in the machine vision and automation world and explores how to transcend normal visual spectrums to solve previously unsolvable problems. Get an exclusive firsthand look at the technologies and methodologies employed in these remarkable applications. Don't miss this opportunity to witness the power of machine vision in unlocking new possibilities for automation. Presented by Omron Automation.
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What is the Role of Vibrational Spectroscopy in Surgery and Diagnostics?
Wed, Mar 13, 2024 1:00 PM - 2:00 PM EDT
Vibrational spectroscopy techniques are used for a wide range of materials characterization applications that require detailed molecular fingerprinting and quantification of molecular species based on the detection of specific vibrational bonds. In this talk, Frederic Leblond describes how the integration of technologies that rely on spontaneous Raman spectroscopy signal detection can complement current medical practice for surgical guidance, in situ diagnostics, and disease detection in biofluids. He presents case studies in infectious disease detection, neurosurgical oncology, breast-conserving surgery, bronchoscopy, prostate cancer diagnostics, and orthopedic surgery. He also addresses aspects relating to clinical translation, commercialization challenges, and regulatory strategies. Finally, he presents a SWOT (strengths, weaknesses, opportunities, and threats) analysis as it is related to the clinical deployment of vibrational spectroscopy techniques.
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The conceptualization, development, and rollout of Thorlabs’ Mobile Photonics Lab Experience is the ultimate story in optics and photonics accessibility. Thorlabs’ vice president for global sales and business development, Michael Mohammadi, and director of photonics education, Bill Warger, share insights into Thorlabs’ industry-acclaimed mobile resource as a vehicle for photonics education and technology outreach.
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Call for Articles
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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