AM8917MZT

Product Description

Pushing the limits of handheld digital microscopy, the 8-megapixel AM8917MZT is a high-resolution digital microscope capable of revealing the minute details of the target. The microscope also delivers outstanding color fidelity, enhancing the imaging experience with detailed and natural-looking results. Ready to perform a wide range of tasks, AM8917MZT offers a polarizer as well as DPQ, EDOF, EDR, AMR, and eFLC.

​High Optical Resolution The superior optics adopted in the Edge series reveals the finest details, answering the needs of the most demanding microscopy applications.

​8.0 Megapixel The 8.0-megapixel sensor captures a large field of view with a 16:9 aspect ratio and delivers natural-looking colors and enhanced image contrast at a resolution of up to 3840 x 2160.

Enhanced Flexible LED Control (eFLC) Improving FLC capabilities, eFLC can adjust the light intensity on two assigned groups of LED quadrants, each with 32-level light intensity adjustment.

​Adjustable Polarizer The built-in adjustable polarizer removes unwanted reflection or glare from the object's surface for better contrast.

​Depth Acquisition (DPQ) The delicate focus control of this model allows for the acquisition of more accurate depth information. (How to acquire depth information.)

​Extended Depth of Field (EDOF) Viewing rough surfaces with height ranges out of depth of focus, the EDOF can take several images at different focuses 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) The AMR feature automatically detects the magnification power in real time, improving measurement efficiency, easing magnification readings, and minimizing input errors in measurement tasks.

​Robust Metal Housing The metal housing made of anodized aluminum alloy offers compelling advantages of protection and endurance. The anodized alloy provides extra protection from electromagnetic interference.

Information about working distance and field of view M WD FOV (x) FOV (y) DOF 10 142.6 60.69 34.14 26.01 20 60.1 30.35 17.07 7.01 30 33.6 20.23 11.38 3.34 40 21.0 15.17 8.53 2.01 50 14.0 12.14 6.83 1.37 60 9.8 10.11 5.69 1.01 70 7.3 8.67 4.88 0.78 80 5.7 7.59 4.27 0.63 90 4.8 6.74 3.79 0.52 100 4.3 6.07 3.41 0.44 110 4.2 5.52 3.10 0.38 120 4.3 5.06 2.85 0.34 130 4.7 4.67 2.63 0.31 140 5.2 4.34 2.44 0.28 150 5.8 4.05 2.28 0.26 160 6.5 3.79 2.13 0.24 170 7.3 3.57 2.01 0.22 180 8.1 3.37 1.90 0.20 190 9.1 3.20 1.80 0.19 200 10.0 3.03 1.71 0.18 210 11.0 2.89 1.63 0.17 220 12.1 2.76 1.55 0.16 M = magnification rate      WD = working distance (without front cap)      FOV = field of view      DOF= depth of field      Unit = mm