Products
Products
Quest Innovations offers a wide range of multi-spectral and grayscale cameras.
We can also provide other camera products such as Camera Link Cables, Gigabit Ethernet switches and framegrabbers.
If you need help selecting the best camera product for your applications, please contact us at This e-mail address is being protected from spambots. You need JavaScript enabled to view it .
Condor-1000 Product Range
Camera
Machine vision is the art of extracting information from images in a useful and practical form. In many situations this should be an automatic process with no or little human interaction. Multi-spectral imaging systems open a new range of operations to be applied to extract information. With each camera system from Quest Innovations a software program Architector Player is delivered to control the cameras and store, retrieve, display and manipulate your images.
Condor-1000 MS5
Camera
Worlds first 5 Channel Multispectral parallel Imager enables you to develop the most demanding high speed multispectral applications.
The Condor-1000 MS5 contains five optically separated spectral bands for red, green and blue in the visible spectrum and two infrared channels. This camera combines optimal image quality in the visible spectrum with the enhanced vision of two infrared channels.
Condor-1000 MS3
Camera
Condor-1000 MS3 Multispectral parallel Imager enables you to develop
the most demanding high speed multispectral applications.
The Condor-1000 MS3 is a multi-spectral camera with one visible channel and two infrared channels (approx. 700-850 and 850-1000nm). The visible channel can be equipped with either a monochrome or a Bayer sensor. Like all other infrared channels, this camera uses infrared enhanced sensors for optimal sensitivity in the infrared spectrum.
The Condor-1000 MS3VIS is a RGB VIS-only camera for optimal visible color registration. Using a camera solution with three parallel channels eliminates the need for Bayer interpolation. Another problem of Bayer sensors, cross-talk of neighboring pixels, is also solved.