Search Results for: SWIR camera

10 days to go before LASER WORLD OF PHOTONICS Munich, the international trade fair for Photonics Components, Systems and Applications. First Light Imaging team will be there from June 26 to 29, 2017, on booth B3 240/7, and is looking forward to meeting you.

Need to see Red? Here are 8 reasons why you should choose C-RED !

Make the invisible visible with C-RED 3

All our team wishes you a wonderful Christmas season, and all the best for 2023.

The recent discovery of electron initiated avalanche photodiodes (e-APD) using mercury cadmium telluride (MCT) semiconductor materials permitted a significant breakthrough in short wave (1-2.5 µm) infrared imaging.

Discover C-RED 2's main features and datasheet

Discover the latest video of our InGaAs SWIR camera C-RED 2 : Troubled water

First Light Imaging is proud to count among the state-of-the-art technologies selected for i-Naval, the defense naval innovation from the French Ministry of Defense.

C-RED 2 offers incredible performances in terms of read out speed and sensitivity for SWIR Imaging. The camera opens up the scope of possibilities:

On the SWIR market, InGaAs cameras rule. So why creating C-RED 2, when other InGaAs cameras already exist? Because C-RED 2 will revolutionize the market.

Discover C-RED 2’s new provisional datasheet, with preliminary performances:

Discover the Star Product on Optics.org : C-RED 3, a high-speed, smart and SWaP optimized camera showcased at SPIE DCS

Drone-enabled solution to PV inspection, combining a line laser, a SWIR camera, and drone technology

First Light Imaging is is LASER FOCUS WORLD!

Discover C-RED 3 in Laser Focus World's article on SWIR cameras for Surveillance and Security

Discover LIPI, an innovative drone-based solution for fast and accurate inspection of photovoltaic plants in operation.

Discover the importance of SWIR cameras for Earth monitoring and observation in our ever-changing world

C-RED 2 ER is a state-of-the-art camera, using a 640 x 512 extended range InGaAs detector. It is designed for demanding applications, and opens an entirely new field of research in multiple domains, ranging from astronomy to agriculture.

Meet First Light Imaging at Photonics West, in San Francisco Moscone Center, from January 30 to February 2, 2017.

Discover the interview of David Boutolleau and Jean-Luc Gach explaining why we choose the Snake SW detectors for our C-RED range of SWIR cameras!

Get the best of your graphical user interface First Light Vision

Make the invisible visible with C-RED 3

Detection of SARS-CoV-2 antibodies using FRET fluorescence imaging in the SWIR band with C-RED 2

High speed SWIR laser beam profiling with C-RED cameras

High speed SWIR thermography with C-RED 2 Lite

First light for HiRISE, an innovative instrument designed for the study of exoplanets on the ESO's Very Large Telescope

Meet our team on booth 5029 E from Jan.30 to Feb.1 2024 in San Francisco!

Make the invisible visible with C-RED 3

Long exposure times: how to optimize your acquisition with C-RED 2?

Demonstration of maritime surveillance in very low light and complex weather conditions at 600FPS in the SWIR range.

Enjoy Matlab with all your C-RED cameras!

Meet our team at Focus on Microscopy 2023 in Porto from April 1 to 5, 2023

Meet FLI at Laser World of Photonics in Munich, Germany, from April 26 to 29, 2022.

Meet our team at LASER World of Photonics 2023 in Munich, from June 27 to 30, 2023

Meet First Light Imaging at Photonicswest in San Francisco, United States, from January 31 to February 2, 2023.

Meet FLI at VISION in Stuttgart, Germany, from October 4 to 6, 2022.

Meet our team at SPIE Astronomical Telescopes and Instrumentation in Montreal from July 19 to 21, 2022 on booth 215!

C-RED 3 is in LASER FOCUS WORLD!

A glimpse on new biomarkers imaging

Please find below two new articles about C-RED One, our SWIR Camera, and the tremendous e-APD technology, published in the French magazine "CONTROLES ESSAIS MESURES" in November 2015.

Our unique SDK allows you to control and manage your First Light C-RED SWIR cameras.

Make the invisible visible with C-RED 2

This year again, First Light Imaging will be at Photonics West in San Francisco from January 30 to February 1, 2018. Join us at the Moscone Center, on Booth 437E, and discover our live demonstration of C-RED 2.

Meet our team at Photonics Europe in Strasbourg, France, on April 9-10, 2024!

New baby, new Peli!!! Ready to travel the world, our new Pelicase for C-RED 3 has arrived.

Save the date ! June 28, 2023 in Avignon, France

Meet First Light Imaging at SPIE Commercial Sensing and Imaging. This conference is part of the SPIE Defense and Commercial Sensing show, taking place from April 10 to 13, 2017, at the Anaheim Convention Center, California, USA.

Make the invisible visible with C-RED 3

Make the invisible visible with C-RED 3

Fluorescence imaging of silkworms at different integration times in the SWIR band with C-RED 2

Read the latest articles about C-RED 2

Numerous applications of Short Wave Infra-Red (SWIR) imaging require short exposure times, typically below 10 ms. Let us show how C-RED 3 is perfect for your application.

First Light Imaging is the proud winner of a gold and a bronze Vision Systems Design Innovators award for C-RED 2 ER and C-BLUE One!

Visit FLI at VISION Stuttgart from Nov 6 to 8 and discover C-RED 3, our brand new SWIR TECless camera for industrial applications

Initially named OCAMIR (from its big sister OCAM), the C-RED Project was born in 2014, from the idea to create the fastest low noise infrared camera in the world.

C-RED 3: VERY HIGH SPEED COMPACT TECLESS SWIR CAMERA FOR INFRARED IMAGING C-RED One : A UNIQUE ULTRA LOW NOISE ULTRA FAST SCIENTIFIC CAMERA FOR INFRARED IMAGING. C-RED 2 : FAST LOW NOISE SCIENTIFIC CAMERA FOR INFRARED IMAGING. OCAM²S : FAST LOW LIGHT LOW NOISE ELECTRONIC SHUTTERED SCIENTIFIC CAMERA FOR VISIBLE IMAGING. OCAM²K : FAST LOW LIGHT LOW NOISE SCIENTIFIC CAMERA FOR VISIBLE IMAGING.

When astronomers and engineers design a new scentific instrument, there is a very special moment. It happens the first time the instrument is set on the telescope, looking at the sky. When light coming from the universe trickles down the system and ultimately falls on the detector. From this moment on, observations can begin, theories can be tested, science can be made.

very high speed ultra low dark InGaAs SWIR camera

e-SWIR CAMERA / EXTENDED INGAAS UP TO 1900 OR 2200 NM

VERY HIGH SPEED LOW NOISE STABILIZED SWIR CAMERA

Very high speed swap optimized ingaas swir camera

SPACE-DESIGNED HIGH SPEED SWIR CAMERA CORE

Ultra low noise ultra high speed MCT SWIR camera