The Hawk Indigo camera uses a next-generation 2/3” CMOS sensor, enabling ultimate UV sensitivity and high QE of 36% at 250nm.

The AXUV100G is a 100 mm x 100 mm active area electron detection device specially designed for use in radiation detection applications.

The Phantom VEO 640 is a high-speed camera ideal for HD capture and scientific image techniques. The proprietary CMOS sensor strikes the perfect balance between increased image data and light sensitivity.

The PYRITE series of lenses are the universal lens solution, featuring a small and compact design, very low distortion and high resolution, and covering a wide working distance range.

The Phantom Miro C211 is an economical and easy-to-use high-speed camera with higher frame rates than many other cameras in this category. It is easy to use with standard cable setups.

Which optical coating will deliver the best results for my application? That is the key question of this 15-minute presentation with Barbara Herdt, head of the laser optics business unit at Laser Components.

Canon's BN22A brushless servomotors are compact in size and provide high output power, achieving accurate control from low- to high-speed ranges.

Canon's BN13 brushless servomotors are compact in size and provide high output power. Cordless winding technology contributes to low cogging, resulting in a high mechanical response.

SWIR imaging systems are deployed for defense and security applications, often in the harshest of environments. Using SWIR provides vision through haze, mist, rain, fog, and other challenging atmospheric conditions.

Infrared imaging radiometry is the science of using an infrared (IR) camera to measure the amount of IR radiation from a target in a scene. In this webinar, we will cover introductory concepts, such as what infrared is and how it works. We will also introduce intermediate concepts including radiometric calibration and foundational IR measurements, such as radiance and radiant intensity.

Many elements such as the optical components and surrounding environment have an impact on the energy your laser beam delivers. The intrinsic noise of the pulsed laser is also an important factor since it has a large impact on pulse-to-pulse energy stability. In this webinar, you will learn how to measure laser energy accurately.