Used SEMICS Opus III #9250618 for sale

SEMICS Opus III is a professional piece of measuring equipment designed to test various types of material properties. The system consists of a sample holder, which can be configured to accept samples of any size but typically measures at a maximum of 200mm in length, and a testing module. The testing module is connected to an external computer that is interfaced with Opus III software. The software allows users to preset testing codes in advance, ensuring repeated tests use the same configuration. This makes it ideal for engineering and research and development projects, as it eliminates errors caused by human intervention. A real-time graphical display of the testing results can also be generated, allowing for real time analysis of data. SEMICS Opus III testing module is capable of performing a range of tests, including compression tests, tensile tests, shear tests and fatigue tests. The module is also capable of measuring various electrical and thermal properties of materials. Opus III allows for a high degree of accuracy and repeatability during tests, with a force measuring range of 0-25 kN and 0.001 mm displacement resolution. It is fully automated and is capable of performing tests without user input. Furthermore, the sample pretests allow it to accurately measure the material properties of samples and allow users to determine the best test parameters. Additionally, SEMICS offers numerous accessories to customize SEMICS Opus III to individual needs, including high speed measuring modules, datalogging modules, and alarm modules for maximum safety and productivity. The system also offers multiple communication protocols, making it simpler to connect to other instruments or computers. In summary, Opus III from SEMICS is an advanced prober that provides exceptional capabilities for measuring material properties and data analysis. Its combination of accuracy, automation, and customization options make it ideal for a range of applications such as engineering, research, and development.