Used SEMICS OPUS 2 #9209800 for sale

SEMICS OPUS 2 is a high-precision non-contact prober from May Be Unmanned Systems. It was designed for use in the automotive, aerospace and industrial markets, providing automated probing and testing for components on multi-plane workpieces with accuracy and repeatability. This machine offers a powerful solution for fast and reliable testing and probing of complex components on complex workpieces. The work is supported by a precision servo-controlled Z-axis for accurate probing of tall and short components on uneven or inclined surfaces. The probe is capable of being set to a wide range of operating positions, from fully extended to the highest precision setting. The probe is actuated by a proprietary force control equipment which allows for repeatable operation in controlled and monitored forces and speed. It is a step-less system which dynamically adjusts the speed of the probe to ensure a consistent result regardless of the size of the component being probed. SEMICS OPUS2 is powered by a high-performance laser module which allows for precision alignment and fast switching between different probing modes. This device is also equipped with a digital video input channel which enables a real-time viewing of the probing process. OPUS 2 also offers an integrated self-diagnostics mode which provides real-time feedback on the condition and performance of the probing unit and allows for the unit to be tuned to match the specific application. This prober also features multiple calibration points in order to reduce setup and maintenance time and provides the ability to save up to 64 test plans. Overall, OPUS2 is an advanced, high-precision prober which provides highly accurate testing and probing of complex components on complex workpieces. It is designed for use in industrial manufacturing applications, such as automotive and aerospace, and features a powerful and accurate force control machine for reliable and repeatable results, an integrated self-diagnostics mode, multiple calibration points and an integrated digital video input channel.