Used MITUTOYO MF Ball #293607770 for sale

MITUTOYO MF Ball is a high-performance optical microscope designed to provide users with precise and accurate measurements of objects and surfaces. MF Ball boasts a unique 360° viewing angle, providing the user with unparalleled viewing capabilities for even the most microscopic of features. The microscope includes a full-field planar correction lens and a high-performance motorized zoom control, with variable zoom magnification from 0.9~7.0X in 0.1X increments, to ensure that objects on the viewing stage are rendered in crisp, clear optics. MITUTOYO MF Ball caters to a wide range of measurement applications, thanks to its sophisticated design and features. It is suitable for a range of metrology tasks, such as measuring the surface topography of surfaces and thin films. Additionally, measurements of ruler length and depth, surface roughness and waviness, circuit board patterning, and bead shapes can all be easily conducted. The system also offers a range of options such as Polarized Filter, Quarter Wave Plate, Micron Tool Optical Fiber, and Long Point Probe (LPP) to suit specific requirements. MF Ball utilizes state-of-the-art optics to ensure excellent imaging quality and accuracy when performing measurements. It features an adjustable1/2" diameter Zoom Objective camera lens with a 2µm Broad Band Anti-reflection Coating (BBAR) and 0.06mm imaging resolution for the highest quality images. The microscope also includes a highly accurate DSP measurement system, 26x enhanced white LED illumination, and a 0.5nm bidirectional resolution. Thanks to its ergonomic design, this microscope is easy to use and set-up. Its user-friendly interface and one-touch auto-focus controls enable users to efficiently navigate and operate the microscope to ensure accurate and efficient measurements. Furthermore, MITUTOYO MF Ball is built with a robust metal body and weighs only 3kgs, making it a very portable and lightweight device, perfect for scientific applications that require highly detailed, accurate measurements.