Model
|
Description
|
Zoom Ratio
|
Working Distance
|
MS-35 (DISCONTINUED) |
0.22X-1.4X with "C" Mount Adapter | 6.4 to 1 | 173mm |
MS-35D (DISCONTINUED) |
0.22X-1.4X with "C" Mount Adapter with Detent | 173mm | |
MS-40 (DISCONTINUED) |
0.28X-1.8X with "C" Mount Adapter | 94mm | |
MS-40D |
0.28X-1.8X with "C" Mount Adapter with Detent | 94mm | |
MS-45 (DISCONTINUED) |
0.41X-2.6X with "C" Mount Adapter | 94mm | |
MS-45D |
0.41X-2.6X with "C" Mount Adapter with Detent | 94mm | |
MS-50 (DISCONTINUED) |
0.7X-4.5X with "C" Mount Adapter & | 94mm | |
MS-50R |
0.7X-4.5X with "C" Mount Adapter with Iris | 94mm | |
MS-50D |
0.7X-4.5X with "C" Mount Adapter with Detent | 94mm | |
MS-50DR |
0.7X-4.5X with "C" Mount Adapter with Detent & Iris | 94mm |
NOTE: Short UNIMAC Detent lenses provide discrete detent positions in zoom travel. The discrete detent positions allow the end user to make exact system calibrations with repeatability of ±03% error.
The Short UNIMAC Series features include:
Short UNIMAC Macroscopes:
Short UNIMAC Series (Short-Back Focus) is a high performance direct-to-camera zoom lens system offer a wide array of features making them perfect for industrial, medical, educational and research applications. The Short UNIMAC series of macrozoom lenses couples directly to a CCD or CMOS video camera and allows a shorter profile facilitating use in situations where space is very restricted. These versatile modular lens systems are ideally suited for a variety of free standing or OEM applications. Compatible with digital or analog CCD and CMOS cameras.
Superb optical quality and mechanical flexibility allow the user to cover a wide spectrum of viewing needs. A variety of auxiliary lenses, focus blocks, illumination systems, digital camera adapters and other components allows you to easily customized the system for your specific situation.
The Short UNIMAC Series lenses have a 6.4:1 zoom ratio and maintain parfocality throughout their extended zoom range. The Short UNIMAC lenses are available in either a standard zoom configuration, or a detent zoom configuration, which is useful for calibration and measurement purposes.
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