Used QMC DPS 600 #9379247 for sale

QMC DPS 600 prober is a state-of-the-art non-contact test equipment designed specifically for thin film metrology. It provides accurate, fast, and non-destructive testing for a variety of materials and applications. The prober is an automated system composed of several components including a motion unit, a probe head, and a control unit. The motion machine enables precise motion control along the X-Y-Z axes, as well as motorized speed and mode control. The probe head, which is placed on a scan motor, measures thin film properties such as sheet resistance, surface topology, surface quality, as well as other critical characteristics like material thickness. The control unit supplies the appropriate power and interfaces with the sample under test. DPS 600 prober uses square-wave voltammetry methodology to measure the resistivity of thin films. This technique measures the change in electrical properties of the sample while different voltage is applied in a square waveform. The tool is also able to measure capacitances. Data can be stored for further analysis or manipulation. The prober is equipped with several safety features such as a pressure limit switch, an E-stop switch, and IP54 ingress protection. It is user friendly and safe to use and is suitable for use in various settings, including wafer fabrication, research and development, quality control, and factory production. QMC DPS 600 prober offers several features including high-precision mechanical and optical positioning systems, repeatable results, high resolution, and fast data collection. With its precise motion control, it is able to accurately measure thin films even in complex areas with complicated structures. The asset's powerful computer software is designed to provide simple and efficient operation and can be programmed for more complex measurements. DPS 600 prober is a reliable and efficient tool for accurate metrology of thin film properties. It offers efficient operation and provides precise results with a high degree of accuracy. It is suitable for a variety of thin film applications and is an excellent choice for use in research and development, quality control, and production.