Used E+H METROLOGY MX 204-8-37-Q #293813904 for sale

The E+H METROLOGY E+H METROLOGY MX 204-8-37-Q is an advanced noncontact 3D metrology system well-suited for wafer testing and metrology. It is an ultra-high-resolution 3D metrology instrument that uses a laser scanning confocal technology to provide highly accurate results. The instrument is designed to measure features of structures and surfaces in the nanometer range with exceptional precision. Using a combination of hardware and software, the E+H METROLOGY MX 204-8-37-Q is capable of scanning entire surfaces with extremely high resolution. The instrument is able to make measurements of thickness, surface profile, and roughness as well as high-resolution, single-point measurements. It can also detect irregularities such as inclusions and pores, as well as measure patterns on wafer patterns with great precision and accuracy. The E+H METROLOGY E+H METROLOGY MX 204-8-37-Q has multiple positioning devices. These include a motorized X-axis below the scanning head, a Y-stage for scanning up to 500 mm, and a Z-stage that enables scanning of large structures higher than the Y-stage. Furthermore, the instrument has an optical zoom lens with a high-resolution video microscope, allowing it to scan very detailed features with extreme accuracy. In addition, the E+H METROLOGY MX 204-8-37-Q has an automated focus feature that ensures reliable and stable measurements at any depth. The instrument also offers highly user-friendly software that allows the user to quickly and easily set up and customize the system to their needs. In addition, the software offers powerful analysis capabilities, allowing the user to get detailed information about the surface and structure conditions. Overall, the E+H METROLOGY E+H METROLOGY MX 204-8-37-Q is an excellent choice for noncontact 3D metrology of wafers and other very small, complex structures and surfaces. Its high-resolution scanning capabilities, combined with its automated focus feature and powerful software, make it one of the best choices for wafer testing and metrology.