Adimec

Pushing phase and amplitude sensitivity limits using high full well capacity cameras in interferometric microscopy

July 20, 2016

Adimec recently sat down with Poorya Hosseini from MIT to discuss his groundbreaking research on interferometric microscopy, which leverages the company’s high full well (HFW) Q-2HFW-CXP camera. The interview explored how this advanced imaging technology pushes the boundaries of sensitivity in …

Adimec's Q-2HFW-CXP camera advances cancer assessment with high full well capacity CMOS technology

July 12, 2016

Adimec’s Q-2HFW-CXP High Full Well Capacity CMOS Camera Enables Advances in Cancer Assessment As part of the FP7 funded CAReIOCA consortium, Adimec has been involved in the development of an extreme full well, high-speed camera for non-invasive optical imaging for cancer assessment. The new 2 …

Enhancing Machine Vision Camera Performance Through Binning

May 9, 2016

There are often subtle adjustments that can significantly improve the performance of your machine vision camera and, consequently, your overall inspection or metrology system—without incurring extra product costs. For example, if your system operates under low-light conditions, enhancing image …

CAReIOCA project completes, showcasing new optical imaging products from partners including Adimec's Q-2HFW camera and CMOSIS CSI2100 sensor for medical applications.

December 8, 2015

The CAReIOCA project, an FP7 initiative backed by the European Union, has recently concluded with its final newsletter release. This collaborative effort between Adimec and partners yielded several innovative products: The Adimec Q-2HFW, a white light metrology camera integrating CMOSIS’s …

Internal Fingerprint Sensor: A Breakthrough in Biometric Technology

October 29, 2015

Researchers from the Langevin Institute in Paris have developed a novel internal fingerprint sensor that captures detailed images beneath the skin’s surface. This innovative approach offers enhanced accuracy and security for biometric identification, addressing limitations of traditional …

High-Speed Imaging with Ultra-Resolution Sensors: Pushing Technical Limits

September 29, 2015

Industrial imaging technology has entered a new era with ultra-high-resolution sensors capable of impressive pixel throughput. These advanced systems can handle data rates previously unattainable, such as 25 megapixels at 72 frames per second (fps). While traditional interfaces like Camera Link …

Leveraging Open Discussions for Technological Innovation

June 8, 2015

Advancements in technology often stem from open discussions and the free exchange of ideas. At AdiMEC, we strive to create a collaborative space through our blog (https://www.adimec.com/blogs/), where readers can engage with cutting-edge content. In addition to our own resources, here are other …

Flat-Field Correction (FFC): Enhancing Image Uniformity in Cameras

March 5, 2014

Flat-field correction (FFC) is a technique used with both CCD and CMOS-based cameras to address sensor artifacts, lens imperfections, and illumination inconsistencies like shading. The primary goal of FFC is to ensure consistent image quality regardless of exposure conditions. Why Is FFC Important …

Enhancing Situational Awareness with Electro-Optical Sensor Modules

August 19, 2013

Electro-optical sensor modules equipped with Full HD resolution or higher significantly enhance detection, recognition, and identification (DRI) capabilities within situational awareness, long-range observation, and designator systems. These advancements allow for improved information gathering …

Measuring Photon Transfer Curve, Hyperspectral Imaging, Camera Evaluation and Selection, 3D Underwater Imaging

April 24, 2013

Measuring Key Technical Specifications in Machine Vision This post compiles some of our most popular resources, covering essential topics for camera testing and specialized imaging applications. Photon Transfer Curve Measurement Part 1: Techniques for CCD Camera Analysis Part 2: Advanced Approaches …

Imec's hyperspectral imaging system uses spectral filters directly on sensors to create compact, fast systems for various applications, including classification and security monitoring with improved a

March 19, 2013

Hyperspectral Imaging: Combining Imaging and Spectroscopy for Enhanced Accuracy Hyperspectral imaging merges traditional imaging with spectroscopy, enabling highly precise measurements across various applications (for more details on hyperspectral imaging, see here). At the 2013 Photonics West …

Hyperspectral Imaging: A Deep Dive into Advanced Spectral Analysis

March 18, 2013

Hyperspectral imaging merges spectroscopy with traditional imaging by dividing light across narrow spectral bands—ranging from ultraviolet (UV) through visible and near-infrared (NIR). This technique excels in detecting subtle color variations imperceptible to the human eye, making it ideal for …

Understanding and Correcting Defect Pixels in Modern Imaging Systems

July 17, 2012

The Challenge of Imperfect Sensors Modern imaging systems rely on large CMOS sensors with millions or even tens of millions of pixels to capture high-resolution images. However, not all pixels perform perfectly due to manufacturing variances, material impurities, or operational conditions. These …

Choosing the Right Industrial Camera: A Strategic Approach

January 18, 2012

Selecting the appropriate industrial camera from the outset can prevent future costly redesigns or upgrades. But how do you identify the best camera without testing it in your final design? Success hinges on clearly defining your needs to outperform competitors, given the vast array of …

Top Technical Blogs of the Year

December 19, 2011

December marks a reflective period for industrial imaging professionals as we review technological developments and plan ahead. This past year witnessed remarkable progress, with CMOS sensors achieving unprecedented performance levels approaching those of traditional CCD technology. The emergence of …