Used KEYENCE VF-7510 #9237169 for sale

KEYENCE VF-7510 is a highly versatile confocal vision microscope, designed to provide precise imaging resolution with advanced features. It is equipped with a 5-megapixel CMOS sensor, 25x binocular optical head, 4-channel LED illumination, a sophisticated software suite, and multiple USB 2.0 ports. All of these features make this microscope an excellent choice for a variety of scientific, medical, and industrial applications. VF-7510's 5-megapixel CMOS sensor provides image quality that far exceeds that of a standard microscope, providing bright, detailed images. It is also capable of performing advanced measurements, including measuring focal planes and depth-of-focus. The 25x binocular optical head gives the user a greater degree of control, enabling higher-quality images to be taken. It also has features such as Direct Eye Control, which allows the user to adjust the angle and location of the lenses in order to observe the specimen from different angles. KEYENCE VF-7510 is also equipped with four types of LED illumination, including white, blue, red, and green-filtered illumination. This feature enables users to perform specimen analysis under different light conditions, making it possible to capture images of different colors and structures. Additionally, the microscope is equipped with a sophisticated software suite, allowing users to control all of the microscope settings, and capture and analyze data. Other features of VF-7510 include 10x, 20x, and 50x simultaneous observations; 0.7x, 1.45x, and 2.8x zoom adjustments; and a 10MB memory card for storing images. Additionally, the microscope is compatible with multiple USB 2.0 ports, making it easy to transfer images and data to external devices. KEYENCE VF-7510 is a high-quality confocal vision microscope that is an excellent choice for a variety of scientific, medical, and industrial applications. Its combination of powerful sensors, LED illumination, sophisticated software, and USB connectivity allow it to perform a wide range of imaging and analysis tasks. Its high resolution and precise measurements make it a reliable and versatile choice for microscopy applications.