Used MICROM HM 315 #9289101 for sale

MICROM HM 315 is a high-end microscope used in advanced research applications. It is a motorized inverted microscope with both wide-field and upright binocular eyepieces. This microscope is equipped with automatic focusing, polarized light, and a variety of illumination options including halogen and LED light source. It also has an integrated digitization equipment that is capable of capturing high-resolution images of specimens. HM 315 comes with a host of features and capabilities that make it ideal for specialized research. It offers a wide range of magnifications ranging from 4x to 1000x, and a working distance of 0.2mm to 6mm that allows for great flexibility when working with specimens of different sizes. The microscope is equipped with an automated 6-way stage that provides precise positioning of the specimen and a built-in stage drive system for increased accuracy. The uses of both wide-field eyepiece and an upright binocular eyepiece makes it possible to observe specimens with great detail from two different angles. This allows the user to analyze and compare data more accurately. MICROM HM 315 is equipped with an advanced polarized light unit that makes it possible to conduct specialized research protocols and study specimens from multiple angles. It can be connected to a remote control through PC and also features an integrated motorized digital imaging machine that makes it easier than ever to capture and save images of specimens. The motorized digital imaging tool is equipped with an advanced and customizable white balance and exposure control, as well as a number of advanced image-processing functions. In addition to its motorized and polarized light features, HM 315 also includes an integrated condensed object-lens and a number of other accessories that make it a perfect choice for advanced research applications. In short, MICROM HM 315 is a top-of-the-line microscope that can handle a variety of research tasks and provide detailed results on the morphology and structure of specimens.