Used MITUTOYO FS70Z-S #9270989 for sale

MITUTOYO FS70Z-S microscope is a high-tech scientific instrument used for laboratory research applications. It utilizes a modular configuration, consisting of five main modules and many additional components. This configuration allows the microscope to highly customize its capabilities, specifically turning it into a complete digital imaging system. The first module, the body tube, is composed of a fixed abbe body and an inverted trinocular head, framing the objective lenses and viewing optics. The trinocular head enables the microscope to be equipped with a digital camera, capturing detailed images, such as panels and developing film. The second module, the light source module, presents three illumination choices as options: halogen, incandescent, or LED light sources, depending on the specific requirements. The intensity of light can be adjusted via the built-in condenser. The third module offers the choice of a monocular or a binocular observation, and accommodates changes which meet the customized demands like changing of intermediate tubes and field of view settings. The fourth module, the mechanical stage, consists of a flat stage table which is securely mounted on an adjustable platform with a fine-focused course drive system, allowing to easily move the specimen under the microscope. Furthermore, the fifth module includes the entire mechanical and electronics control system, providing smooth and accurate operation with the help of a variety of precision knobs. It is used to position and focus the microscope, adjust contrast, and select between the color and black-and-white modes. FS70Z-S is an advanced multi-functional microscope with a variety of components that enable the researcher to customize its usage and gain invaluable insight into a variety of samples. It is also equipped with a range of digital lenses, adjustable stages, imaging systems, and other accessories for a highly versatile microscope. MITUTOYO FS70Z-S is designed for research laboratories and education settings, providing excellent results in microscopy for researches and students.