In this interview conducted at Photonics West 2019, Florian Emaury outlines the importance of reliability in the femtosecond laser technology developed by Menhir Photonics.
The Future of 3D Machine Vision: The Photometric Stereo Technique
From Smart Vision Lights
Optical Sensors in Food Hygiene Systems
By Benedette Cuffari
The "Structural Fingerprint" of Raman Spectroscopy
By Alina Shrourou
WITec Paper Award 2019
From WITec GmbH
New Multiplex Mode for Zeiss Airyscan 2 Enables Fast and Gentle Confocal Microscopy
Introducing TOPTICA Photonics China
Fiber Optics Symposium 2019
Researchers Develop Efficient and Single-Layered OLEDs
Microbubble Implosion Could Reveal the Physics Behind Vacuum
New Technique Allows Real-Time Microscopy at High Heat and Loading
New Imaging Method Aids in Water Decontamination
“Smart” Glass Recognizes Images without Power Sources
In this interview, Randy Heyler describes how to extend Raman Spectroscopy into the THz regime, delivering chemical composition and structural information to form the "structural fingerprint".
In this interview, Florian Emaury, describes how Menhir Photonics femtosecond lasers technology is pushed to the limit to ensure high reliability.
An interview with Mark Campo, introducing ion beam sputtering (IBS) technology and its application in precision optical coatings.
This page details the capabilities of the ImageIR® 9500, an infrared camera for object monitoring and microthermographic analysis.
Suitable for reaction monitoring and full automated process control, fiber optic attenuated total reflection probes have tips shaped for immersion.
The AssemblyLine systems from FiconTec are high-precision, in-line assembly solutions designed for the automated production of photonic devices.