Automation and Robotics involve using machines and technology to perform tasks that were once done by humans, often to improve efficiency, precision, and safety. Automation uses control systems to manage processes, while robotics focuses on creating robots that can carry out specific physical tasks. Together, they are transforming industries by reducing labor costs, increasing productivity, and enabling operations in environments that may be too dangerous for humans.
the development of a novel technique for fabricating low-resistance micromachined inductors using metal-embedded SU-8 slabs. The approach integrates metal layers directly into the SU-8 material, which is a commonly used epoxy-based photoresist, to enhance the performance of inductors in microelectromechanical systems (MEMS). By embedding metal patterns within the SU-8 structure, the technique achieves a significant reduction in resistance compared to conventional inductor designs, offering improved efficiency and miniaturization. This method opens up new possibilities for the design of high-performance inductors in compact electronic devices, particularly in applications such as RF circuits, power management, and sensors.