Used SEMICS Opus II #9407038 for sale

SEMICS Opus II is a high performance prober for characterizing electrical parameters and mechanical stability of microelectronic components. It combines advanced precision stages, piezo motors and connection enabling technologies with a scalable and flexible probe card design. Opus II prober is capable of high accuracy positioning through a range of motion up to ±25 µm, as well as high speed motion across a larger range of motion. It also allows for both electrical and mechanical testing simultaneously while reducing test time. The prober is equipped with a powerful, fast control system and allows operators to configure, program and control the prober with ease, giving the operator complete control of all parameters during testing. In addition, the prober has a wide range of advanced features such as a continuous flow of air to ensure cooling of probes and pins and a suspended probe card design which ensures accurate and reliable contact with the device under test. SEMICS Opus II also features a versatile application library and programmable automation controls to further enhance testing speed and accuracy. The library allows users to develop custom programs for specific test requirements, enabling both manual control and automated test operation. For additional information, Opus II includes a variety of digital visualization, processing and analysis tools including signal monitoring, signal analysis and logging, which allow users to review the effectiveness of their testing procedures. This helps to ensure that all test conditions are accurately monitored and controlled throughout the test process. As a result, SEMICS can guarantee that the devices being tested are reliable, robust and meet all specifications. Overall, SEMICS Opus II Prober is a cost effective and efficient way to test and characterize multiple components at once, taking the burden off of personnel and equipment. Additionally, its programmability and configurability helps to maximize efficiency and minimize equipment downtime, enabling businesses to reduce their overall costs.