Used WENTWORTH MP-2300 #9188965 for sale

WENTWORTH MP-2300 is an automated prober designed for testing semiconductor devices and electronic components. It is capable of testing at up to 25,000 points per second, making it one of the fastest probers available on the market. MP-2300 is constructed with an X-Y-Z table, allowing for precise navigation of probing and testing points on the device under test. The XYZ Table features a fixed X axis, stepper motor Y axis, and a Z axis. The Y axis covers a range of 3 inches, and the Z axis covers a range of 1.4 inches. The equipment also features a sample holder, which secures the device under test firmly in place. This is secured by a pneumatically operated lock assembly to ensure that the device is held in place during the test. WENTWORTH MP-2300 is designed for use with a variety of probes and accessories. It is compatible with sampling tubes, atomic force probes, tungsten probes, diamond probes, and silicone probes. This allows users to select the best means of testing, depending on the specific requirements of the device under test. MP-2300 features a range of software that enables users to customize their test parameters in accordance with the specific requirements of their device. This includes the ability to set up multiple test parameters, and program multiple sequences of tests, which can be stored for later use. The system also includes a display panel that shows the test results in a simple, easy to read format. This enables users to check quickly see the results of the tests. Once the tests are complete, the data can be stored on the unit in .txt files for easy retrieval. WENTWORTH MP-2300 is an automated probing machine providing highly accurate and consistent testing of semiconductor devices and electronic components. It is designed for use in a wide range of industrial and research environments, and is capable of testing at speeds up to 25,000 points per second. Its range of probes and accessories, along with its user friendly software make MP-2300 an ideal choice for accurate and efficient probing.