OMAX 40X-2500X Dry Darkfield/Brightfield Trinocular LED Microscope+9MP Camera

Sku: M8311Z-A191-C90U

Features:

The trinocular compound LED microscope 40X-2500X provides darkfield & brightfield microscope system and 9MP USB digital imaging system. The darkfield microscope comes with trinocular head, body frame, reversed nosepiece, two pairs of widefield eyepieces, four DIN achromatic objectives, large double layer mechanical stage, 3W LED bright variable illumination, USB camera and darkfield NA0.7-0.9 & brightfield Abbe NA1.25 condensers.It has the par-focal (also called simul-focal) function which means the image is focused through both eyepieces and the photo tube and no view switching is needed.

The 9MP (3488x2616 pixels) USB 2.0 digital imaging system that captures still microscope images and live video on computer. The included software is compatible with Windows, Mac OS X and Linux operating systems (see version information below). The Windows software can also be used to make measurements. All lenses are made of high quality optical glass. The high resolution image in the field of view is crystal clear and will satisfy the demands of professionals. This trinocular compound microscopy is ideal for professionals and also affordable for students.

The Windows software included allows you to make notes, shapes, watermarks, and precise measurements with ease. You can analyze, present, and share images of samples and specimen by simply connecting the camera to your computer's USB port, and inserting the lens into your microscope's eye-tube or trinocular port. Featuring built-in C-mount compatibility and 23.2mm reduction lens adapter, our camera can be attached to any instrument with a C-mount or a 23mm,a 30mm and a 30.5mm photo port. The camera is equipped with CMOS color sensor, and comes with a high speed USB 2.0 cable, four mounting sizes (23.2mm, 30mm,30.5mm, and 25.4mm C-mount), and instructions.

Specifications:


Computer operating systemcompatibility


Packing List:

Optional Parts and Accessories (sold separately):