Used SEMICS Opus #293685953 for sale

SEMICS Opus is a prober designed to facilitate electrical and optical prober studies. It is designed to provide the highest possible performance in prober applications, combining both electrical and optical capabilities while maintaining a high degree of accuracy. Opus prober offers a range of features designed to meet a variety of prober requirements. It features two 6-axis stages, allowing a wide range of motion so as to cover differing sizes and geometries of samples. Additionally, it boasts high accuracy motion, bringing the idea of uniformity to the next level with an XY and resolution of up to 0.01µm and an angular resolution of up to 0.5°. High-precision, low-noise optical imaging is made possible with an integrated camera and image processing system that can accurately measure microstructures down to 50nm/pixel. SEMICS Opus prober also includes a wide range of electrical probes, ranging from contacting (such as conductive tips and pogo pins) to non-contacting (such as optical and capacitive probes). This allows for a wide range of measurements, such as current and voltage testing, dielectric constant measurements and contact resistance measurements. The integration of these probes with the stages and 3D multiplexers ensures that they can provide a wide range of contact patterns, in both 2D and 3D, with a high degree of repeatability and accuracy. Opus prober is also highly configurable, enabling custom setup and operation to suite a variety of experiments. This allows for fast automated program creation and dynamic control of the stages during testing, reducing testing time and improving test accuracy. Additionally, a software platform provides a secure environment to facilitate collaborative data management, while a Wi-Fi module enables remote access and control of the prober from anywhere. Overall, SEMICS Opus prober is an ambitious, comprehensive prober designed to meet the needs of a variety of applications. Whether it be for electrical, optical or both, Opus prober is capable of delivering precise, accurate results that are essential for efficient research.