Dino-Eye camera devices are designed to add digital microscope functionality to an existing stereo or compound microscope. The camera connects to the microscope either by replacing a binocular eyepiece, a trinocular tube, or a c-mount connection.
For older microscopes with uncommon dimensions, the “universal” eyepiece model will fit over the eyepiece rather than inside. Depending on the camera model, it will either connect to a computer via USB, or directly to a TV/display via composite video (yellow RCA cable).
Dino-Eye camera products
| Â | Series | Connection | Resolution | Measurement | Microscope fit |
|---|---|---|---|---|---|
| 422XN | Pro | RCA | 640×480 | X | 23mm, 30mm, 30.5mm |
| 4023U | Pro | USB | 1280×1024 | ✓ | Over Eyepiece |
| 4023* | Premier | USB | 1280×960 | ✓ | 23mm |
| 4023B* | Premier | USB | 1280×960 | ✓ | 30mm, 30.5mm |
| 4023CT* | Premier | USB | 1280×960 | ✓ | c-mount |
| 4023X* | Premier | USB | 1280×960 | ✓ | 23mm, 30mm, 30.5mm |
| 4023XC* | Premier | USB | 1280×960 | ✓ | 23mm, 30mm, 30.5mm, c-mount adapter |
| 7023CT* | Premier | USB | 2592×1944 | ✓ | c-mount |
| 4025X | Edge | USB | 1280×1024 | ✓ | 23mm, 30mm, 30.5mm, c-mount adapter |
| 7025X | Edge | USB | 2592×1944 | ✓ | 23mm, 30mm, 30.5mm, c-mount adapter |
Dino-Eye Field of View (FOV) Information
Eyepiece cameras have a lower Field of View compared to a human eye’s view through the optical eyepiece. The resulting image will cause the view to appear cropped. There are options for using reduction lenses to counter-act this result. Contact us for more information.