Edmund Optics 34-855 EO-50232 USB 3.0 Vision Camera, Proximity Infinitube 56-125

Description

You are bidding on a Edmund Optics 34-855 EO-50232 USB 3.0 Machine Vision Camera with Proximity Infinitube 56-125.  These are in excellent condition.
INFO FOUND ONLINE FOR REFERENCE:
EO 50232 Machine Vision Camera 40
Compact 29 x 29 x 29mm Design
USB 3.0 Interface for Maximum Data Transfer Speed
Lightweight Magnesium Housing
EO USB 3.0 CMOS Machine Vision Cameras are lightweight, compact solutions for a range of machine vision applications. Available in 0.4 – 18.1 MegaPixel options, these cameras utilize USB 3.0 interfaces for maximum data transfer speeds of up to 5Gbits/s. EO USB 3.0 CMOS Machine Vision Cameras feature lockable micro USB 3.0 connectors to ensure durability and consistency.
Proximity Infinitube 5
Direct to Video C-Mount for 2/3" and Smaller Sensor Cameras
Internal Focusing
See Description Tab for Required Components
This in-line assembly unit long working-distance objectives to C-mount cameras, yielding magnifications not possible with ordinary video lenses, such as 50X magnification. The InfiniTube™ system can be configured in a variety of fashions. It can be utilized alone (InfiniTube™ for applications where illumination is provided from another source such as a backlight or directional illumination.
The first in-line attachment has been designed for high performance with objectives having a magnification of 10X or below and is not suggested for use with higher magnification objectives. The second in-line unit has been designed to work with increased efficiency when used with magnifications of 10X or higher, but can be utilized with all magnifications. An InfiniTube™ In-line Assembly  is also offered, comprised of the InfiniTube™ Standard and the higher magnification in-line attachment. This Assembly can be used with all magnifications. A filter holder, which attaches to the InfiniTube™ itself, can be added to the systems to introduce 25mm diameter filters. These lenses are commonly used in microscopy and wafer inspection.
By utilizing an in-path beamsplitter and side-port illumination tube with collimating optics, the In-Line Assembly  provides incident illumination parallel to the optical axis
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