
Handheld Digital Microscope(USB)
The AM413ZT handheld digital microscope features a unique adjustable polarization filter built right into the Dino-Lite. Simply by rotating the polarization filter, the AM413ZT handheld digital microscope can amazingly decrease glare to almost any extent. The polarizing ability can thus help its users to view highly reflective surfaces with reduced glare. A good example is using the polarization filter for soldering inspections.
The AM413TL digital handheld microscopes unique ability is to examine objects at long distances. The model can magnify objects from 20X ~ 90X, yet it gives most users great clearance to work under the scope.
The AM413TL-M40 handheld digital microscope delivers unique optics to the Dino-Lite series of microscopes. This model gives users 5x~40x magnification rates with a wider viewing lens compared to the AM413TL.
What makes the AM413FVT handheld digital microscope unique is that the LED lighting on this model is near-UV fluorescent with 400nm excitation.
The uniqueness of the AD413T-Dino-Lite PRO2 handheld digital microscope is that it is a handheld model with detachable and interchangeable front covers.

What makes the AM413FVT2 handheld digital microscope unique is that the LED lighting on this model is near-UV fluorescent with 375nm excitation.
The AD413TL-Dino-Lite PRO2 handheld digital microscope unique feature is that it comes with detachable front covers; a standard transparent front cap for normal use, and a closed cap that is designed to protect the lens and built-in LED lights from dust, debris, and moisture.


The AD413TL-MA-Dino-Lite PRO2 handheld digital microscope unique feature is that it has detachable front covers


The AD413ZT-Dino-Lite PRO2 comes with two distinct unique abilities. One is that it comes with a removable adjustable polarization feature.

The Dino-Lite AM413T-FIT handheld digital microscope features 850nm infrared LED lighting. The AM413T-FIT views and records images at 1.3 megapixels which lets you view objects with great image quality.