White paper reviews important considerations when choosing an epoxy for optical applications.

It's not the easiest job to be a frame grabber company, but it can be. Individually, the frame grabber doesn't sell itself. It's a sub-component of a vision system like the cables or the lens. The main component that determines the sale of the machine vision system is the sensor. The customer asks themselves a few questions when developing a machine vision solution.

CARS microscopy is a well-known 3rd order nonlinear process which provides both chemical specificity and 3D spatial resolution without the need to label the living cells2

Archer OpTx’s design and manufacturing teams work closely with customers that contact Archer OpTx when their applications demand better or more specialized performance than currently available optics. The target for Archer OpTx is to get you the optimum solution for your imaging requirement that is drop-in ready for your system. This technical note is intended to provide guidelines for determining the resolution requirements for electronic imaging systems. The emphasis will be on: a) the correct goals for each application, and b) taking the total system (imaging chain) into account.

Over the past several years, biomedical researchers and engineers working in labs, hospitals, and universities around the world have developed an extensive set of spectroscopy based methods

Early diagnosis of melanoma skin cancer is lifesaving. Medical researchers have developed a Raman spectroscopy instrument based on the Cougar-640 to develop a cutting-edge method to accelerate the diagnosis of melanoma.

Admesy, supplier of advanced measurement systems, clarifies the procedure for accurate measurements of LED and SSL (Solid State Lighting) products by means of an integrating sphere.

Detailed information about fluorescence lifetime imaging using the pco.flim camera can be found in our new white paper

Spark is a small spectral sensor from Ocean Optics that bridges the spectral measurement gap between filter-based devices such as RGB color sensors and CCD-array instruments such as miniature spectrometers.

This article discusses the positioning mechanisms and limitations of Zaber’s motion control devices, including inaccuracies that may arise during operation and strategies that can be used to minimize those effects. These techniques can help you apply the use of lower cost and simpler devices to a wider range of uses.