Video microscope has improvements including a built-in USB video frame grabber, improved camera sensor technology providing higher resolution images, and independent lighting controls
Vision Technology has announced the introduction of its improved SuperVision high-power video microscope systems.
The original SuperVision systems were introduced in January 2001 and are currently marketed by a network of 43 distributor partners in the United States and 18 international distributors in Europe, Asia, Australia and South America.
Based on feedback obtained from current customers and users of the systems, Vision Technology upgraded capabilities to allow sharing of a VGA or better monitor with a user-supplied PC.
Additional improvements include a built-in USB video frame grabber allowing users to instantly capture, print or email images viewed on SuperVision systems, auto-switching 100/240V, 50/60Hz power supplies that allow the systems to be used anywhere in the world, improved camera sensor technology providing higher resolution images, and independent lighting controls allowing users to increase or decrease lighting intensity based on viewing needs.
Standard capabilities like selectable auto/manual focus, on-screen magnification readout, multiple video viewing modes, and X-Y-Z positioning table, coupled with these new improvements make the SuperVision a multi-purpose quality control, production and communications tool for use anywhere microscopic images are required.
Three different models of the SuperVision high-power video microscope systems are available that provide zoom magnification power of 6-180x.
The SuperVision 700S accommodates objects up to 40mm in height.
The SuperVision 800H accommodates objects up to 115mm, and the SuperVision 900 UH accommodates objects up to 160mm.
All three have a working distance of 76mm between lens and object.
A long working distance SuperVision 500W that provides zoom magnification power of 3-80x at a working distance of 178mm between lens and object is available for those applications that require room for user tools and other working objects under the microscope system.
