Similar to a binocular microscope, video inspection systems allow viewers to magnify objects. With a digital camera and high-definition screen attached, though, a visual inspection system is far more powerful for many industrial applications. These versatile systems allow for an unlimited working distance. A great field of view and a generous magnification range solve a wide variety of inspection challenges. Embedded software captures images, video and data, assisting in calibration, measurement and cropping. Image comparison features help operators work more efficiently.
The MacroZoom inspection systems combine huge working distances with magnification levels up to 60x. The exclusive 24” tall ball bearing base allows for supreme working distance adjustability on the production bench. This lens is also available on an articulating arm, for true one touch repositioning. With every MacroZoom package, we include a close up lens. When installed, the working distance of the package is 6-12”, and the magnification range of up to 80x. When removed, the sky is the limit for working distance!
MicroZoom provides the highest resolution lenses and the industry’s largest available optical magnification range (up to 445x). With its simple modular assembly, upgrading to higher magnification ranges and various working distances could not be easier. With a specialized adjustable focal length design and wide selection of camera adapters, right angle adapters, auxiliary lenses, you can rest assured there will be a configuration to meet your specific inspection challenge—and those to come in the future.
Under a traditional microscope, the operator has to constantly raise and lower the unit to see components at different heights. Alternately, with MicroZoom, there is a special knurled adjustment at the bottom of the main lens. This allows for fine refocusing both upwards and downwards—without ever changing the height of the inspection system! Consequently, this feature is especially convenient when working at high magnification, enabling precision refocusing without any loss of image fidelity.