|
A Video Microscope measurement on your PC.
The device performs calibrated measurement of magnified images, equipped with a video zooming capability (x25 optical, x10 digital). It is based on a high resolution CCD detector (approx. 800,000 pixels). Measured parameters are: Distance, Circles, Hole-to-Hole distances, Angles, Polygons, Tolerances. Special features include: Along working distance and exchangeable objectives. The system has a full USB 2.0 interface with powerful user friendly software, offering a full hardware image control, including AutoFocus functions. The system resolution is down to 0.3µm. It is offered as a complete system or as a software edge enhancement only. OS supported: Windows 2000, XP.
|
 |
(232K)
Models |
|
| uVScopeX: | A Complete system with X type Objective magnification. |
| X: | Objective magnification, includes: x100, x50, x20, x10, x5, x2. |
|
An image analysis package.
Measured parameters are: Distance, Circles, Hole-to-Hole distances, Angles, Polygons, Tolerances. OS supported: Windows 2000, XP.
|
 |
Models |
|
| uVSoft | An image analysis package for Windows 2000/XP. |
|
A dual mode low light camera.
The Low Light Dual Mode camera is offered for astronomy , machine vision and microscopy applications. It senses down to 0.0001 Lx. The low light camera can be used as an analog camera (analog video out) as
well as USB2.0 device with full hardware control by software (Shutter, Gain, Gamma, etc.).
An application program is offered with save/retrieve functions, image
comparisons, image measuring capabilities.
|
 |
Models |
|
| LowLight: | A dual mode Analog and USB2.0 camera with application software |
|
Focusing on your MTF applications. This unit is a precise well corrected collimator, projecting on an interchangeable reticule source, to create an infinite projected test pattern target. Test target would be either positive or negative pattern. The collimator's long focal lens in combination with it's large aperture, is ideal for deriving high precision MTF of optical systems.
|
 |
Models |
|
| TargetOn | Resolving collimator |
