Used MEIJI MX7100 #9261949 for sale

MEIJI MX7100 is a high-end optical microscope manufactured by MEIJI Techno of Japan. The microscope is specifically designed for opto-electrical applications, making it ideal for examining microscopic objects. Designed with an optomechanical system, MX7100 microscope is equipped with a large optically flat glass stage, which provides a clearly visible sample field. The stage is constructed from phenolic resin with laser-cut edges and low-scattered light transparency, making it perfect for detailed and accurate observation. It also comes with a manual X/Y control and buttons for digital imaging. MEIJI MX7100 comes with a wide range of additional features that ensure optimal performance, including a wide field of view of 25.2 x 16.9mm, a one-piece clear achromatic planapo objective lens, and an LED ring light system for bright and uniform illumination. It also includes a dichroic filter device for dielectric polarizer observations which can be manually changed to the observation wavelength with a flip switch. To help the user achieve an optimal result, MX7100 has a tried and tested 3-axis parallel centering device, which quickly brings the sample into focus. MEIJI MX7100 is also equipped with a unique image processor with 1.3 Megapixel CMOS image sensor, allowing clear and vivid imaging of specimens. With a resolution of 1070 lines per mm, the microscope is able to collect 960 x 768 studio mode, 640 x 480 field mode, and 320 x 240 field capture modes, all producing high quality images. For its size, MX7100 is a lightweight microscope that provides an optimized ergonomic user experience and is extremely versatile. It can be paired with a digital camera with USB interface for convenient viewing, instant sharing, and storage of images or video samples. Overall, MEIJI MX7100 is a versatile, high-end optical microscope ideal for a wide range of applications, from optical inspections to medical and biological research. Its optomechanical system, lightweight design, easy to use controls, and high image resolution make it one of the top choices in microscopy.