Used CASCADE MICROTECH / ALESSI REL 4800 #9233162 for sale

CASCADE MICROTECH / ALESSI REL 4800 prober is an automated prober designed to provide precise probing of substrates or wafers. It offers a range of features that allow for maximum accuracy in testing, which makes it a powerful tool for testing a variety of applications. ALESSI REL 4800 prober is designed to accept samples of up to 500 mmx500 mm in size, which is perfect for testing large wafers or chips. Its sample changer allows for quick loading and unloading of samples, making it easy to switch between different tests without having to reload the sample. The sample changer also allows for up to 8-point probing, ensuring that all points of interest on the test sample can be probed accurately. The prober is powered by two linear motors, which provide a high degree of accuracy and repeatability in sample positioning and testing. It also features an auto-zero feature, which allows for accurate repeatability of testing. The linear motors can achieve speeds of up to 200 mm/second along the XYZ axes, ensuring precision movement for quicker and more accurate testing. CASCADE MICROTECH REL 4800 prober also features a versatile optical alignment system, which allows for automated alignment of the sample with the prober. This system allows quick and easy alignment of the sample with the prober and results in a faster set-up time and operation. Furthermore, the prober features software that enables easy programming of probe points, which allows for more efficient testing. The software allows for a range of parameters, such as force, test time, and temperature, to be set for testing, which ensures that tests are performed accurately and quickly. Overall, REL 4800 prober is a powerful automated prober that is ideal for any number of applications. It offers maximum accuracy and repeatability in testing, ensuring that samples can be tested quickly and accurately. Its versatile features allow for faster setup and operation, making it a highly efficient automated prober.