The Dino-Lite AM7013MZT has a 5 megapixel sensor for crystal clear images, even under higher magnification. The built-in adjustable polarizer reduces glare and reflection on shiny objects. Because of the very high resolution, the AM7013MZT is the ideal solution for displaying microscopic images on large screens or using the microscopic images for printing.
The Dino-Lite AM7013MZTL has a 5 megapixel sensor for crystal clear images, even under higher magnification. The built-in adjustable polarizer reduces glare and reflection on shiny objects. Because of the very high resolution, the AM7013MZTL is the ideal solution for displaying microscopic images on large screens or using the microscopic images for printing. The long working distance of up to 15 cm enables the possibility to work under the microscope.
The Dino-Lite AD7013MT has a 5 megapixel sensor for crystal clear images, even under higher magnification. Because of the very high resolution, the AD7013MT is the ideal solution for displaying microscopic images on large screens or using the microscopic images for printing. The AD series are equipped with exchangeable caps for even more flexibility.
The Dino-Lite AD7013MZT has a 5 megapixel sensor for crystal clear images, even under higher magnification. Because of the very high resolution, the AD7013MZT is the ideal solution for displaying microscopic images on large screens or using the microscopic images for printing. The AD series are equipped with exchangeable caps for even more flexibility. The built-in polarizer reduces the shiny effect on reflecting materials, such as metals, plastics, jewelry, electronics etc.
The Dino-Lite AD7013MTL has a 5 megapixel sensor for crystal clear images, even under higher magnification. Because of the very high resolution, the AD7013MTL is the ideal solution for displaying microscopic images on large screens or using the microscopic images for printing. The AD series are equipped with exchangeable caps for even more flexibility. The long working distance of up to 15 cm enables the possibility to work under the microscope.
