Cameras & Imaging

Specializes in high-performance fiber lasers and fiber amplifiers operating over a wide range of wavelengths and output powers. Applications include materials processing, telecommunications, and scientific research.

Through our globally recognized Novanta brands in advanced photonics, ARGES, Cambridge Technology, Laser Quantum, and Synrad, we deliver tailored laser and beam delivery solutions to OEMs in a broad range of industrial and medical markets.

Photron develops and manufactures high-speed camera systems that provide extremely high frame rates and extraordinary light sensitivity. Photron cameras are effectively utilized in a wide variety of applications within the automotive, military, aerospace, medical, scientific, R&D, and manufacturing industries.

Photon etc. is a Canadian-Quebec company, founded in 2003, specialized in the design and manufacturing of hyperspectral and infrared imaging systems. With applications ranging from geology to material sorting, food processing and more, we are able to easily integrate our products into various industries.

Develops, calibrates, and markets a complete line of laser and LED measurement products, including laser power/energy meters, beam profilers measuring femtowatt to hundred-kilowatt lasers, high-performance IR and visible optical elements, IR thermal imaging lenses and zoom lenses for defense and commercial applications.

Develops integrated imaging solutions to enable automated visual inspection and measurement of light, color, and surfaces. Scientific-grade imaging colorimeters are used for production-quality inspection and R&D testing of displays, backlit components, LEDs, and other light sources, as well as overall manufacturing integrity.

We are a supplier of high quality precision custom optical components. We provide up-front technical support for optimizing manufacturability, cost, and quality. Capabilities include manufacturing and coating of optical components including lenses, aspheres, mirrors, windows, and prisms using a variety of visible and IR materials.