5MP High Resolution Digital Microscope With Polarization Anti Reflection Object

5MP Digital Microscope with Polarization Anti Reflection Object

This compact magnifying tool offers handheld and stand-mounted operating options. Using the included wide stand with a metal rod, it allows you to adjust and secure your working distance and the horizontal position of the microscope above your samples. The base also provides two pre-loaded clips to hold your slides or flat samples. With its 5.0MP imaging sensor (capable of capturing still images and videos), infrared-reducing 5-element glass lens, and an 8-LED illumination ring, you capture bright and crisp high-resolution images and 30 fps videos. Optimized for 3D examination of larger objects, this kit also can be useful to study miniature artifacts by bumping up the magnification power. The effective magnifying power depends on the size of your monitor and can be increased up to 800x. The device also provides a wide angle of view, an unlimited focusing distance starting from 0.4" (10mm), and an integrated USB cord shutter control.

Main features

* Image sensor is the high resolution 5M pixels (2592*1944), 1/3.2" CMOS Image Sensor.

* Photo and video resolution are optional from 5MP, 4MP, 3MP, 2MP, 1.3MP.

* Max frame rate is up to 25fps at 5MP output, user can get the super high quality and smooth viewing and recording.

PRODUCT SPECIFICATIONS

FAQ

Q: Do you offer custom solution?

Toproview: Yes, we can offer custom solution if standard products couldn't meet buyer' requirements. OEM&ODM order are welcome.

Q: What's polarizer feature for digital microscope?

Toproview: This is the new technology in current digital microscope field. This new technology is creatively using the integrated polariscope knob to adjust the light intensity from the digital microscope and external environment, and attempt to reflect, reduce, filtrate the light and make it easy to observe the reflective objects. Like SMD board, diamond, crystal, porcelain, polishing metal etc., will be easy to observed with the help of this function.