Discover a new level of color reproducibility, image quality and clarity, and live imaging performance with Dino-Lite EdgePLUS AM4917MZT. With all our advanced features, such as FLC, AMR, EDOF, and EDR, AM4917MZT is an excellent choice for users with high standards.

• High Quality Optics: The optics adopted in the Edge series reveals the finest details, answering the needs of the most demanding microscopy applications.
• 1.3 Megapixels: Thanks to MJPEG compression, the advanced CMOS image sensor can transmit fluid and crisp images at 30 FPS with resolution up to 1280x960.
• Depth acquisition (DPQ): The delicate focus control of this model allows for the acquisition of more useful depth information.
• Extended Depth of Field (EDOF): Viewing rough surface with height range out of depth of focus, the EDOF can take several images at different focus and stack them automatically within a click.
• Extended Dynamic Range (EDR): Observing high contrast or reflective surface, the EDR can help to reveal the details of dark or bright areas by stacking images taken at different exposure levels.
• Automatic Magnification Reading (AMR): Without the hassle to stop and check the magnification for doing a measurement, the AMR detects the magnification rate automatically through the software, making the measurement be a more efficient, accurate, and pleasant process.
• Flexible LED Control (FLC): Tasking with software, the FLC maximizes illumination flexibility by offering independent on/off control of the four LED quadrants in addition to the 6-levels intensity adjustment capability.
• Enhanced Flexible LED Control (eFLC): Improving FLC capabilities, eFLC can adjust the light intensity on two assigned groups of LED quadrants, each with 32-levels light intensity adjustments.
• Robust metallic housing: The robust metal housing made of anodized alloy protects the Dino-lite from UV and electromagnetic interferences.
• Adjustable polarizer: The built-in adjustable polarizer allows to remove freely the unwanted reflection or glare from the object surface for a better contrast.