Used MITUTOYO Quick Vision Marlin #9092771 for sale

MITUTOYO Quick Vision Marlin is a high-performance, automated microscope that provides both top-of-the-line accuracy and speed. This microscope features a wide range of features that facilitate a workflow that maximizes efficiency and accuracy. Quick Vision Marlin utilizes a 5xNA/0.15 LD objective with a 5x digital zoom, and a 6.1 megapixel CMOS color camera to capture high-resolution images. The microscope also offers a digital microscope function that allows users to capture detailed images with up to 100x magnifying capabilities. This automated microscope equipment is designed to be user friendly, and features a simple but intuitive graphical user interface for easy operation. MITUTOYO Quick Vision Marlin is equipped with an integrated joystick control with speed and accuracy settings for precise and repeatable results. It also boasts a fully automated scanning system which allows users to view and capture live images with a single click. Furthermore, the microscope unit features a rotating and tilting stage, providing a complete 360-degree view of the sample area. Quick Vision Marlin also offers an array of advanced features and options that are designed to maximize efficiency and workflow. The device is equipped with a number of digital image processing tools to ensure high-quality data acquisition, as well as automated image stitching, a virtual zoom, and an automated focus tool. The microscope machine is also compatible with third-party software solutions such as MATLAB, allowing users to extend and customize their imaging to bring out the full capabilities of the tool. Furthermore, with the microscope's integrated measurement functions, users can quickly and accurately collect data from samples of any size. MITUTOYO Quick Vision Marlin microscope offers exceptional performance and convenience in a robust, compact package. This advanced imaging asset combines advanced features, accuracy, and speed to enable users to acquire superior digital images in no time at all. This model is ideal for any scientific or industrial setting, making it an ideal solution for any analysis.