This project addresses the challenge of demonstrating analog pressure regulation in modern, digitally focused automation environments. Although Proportion-Air analog pressure regulators provide precise and reliable control, they are often perceived as outdated due to the industry's shift toward digital systems. To bridge this gap, a pneumatic robotic demonstration platform is being developed that integrates analog pressure control with digital supervision and visualization. The system uses closed-loop control, pneumatic actuators, and position feedback to produce repeatable motion, supported by a digital human-machine interface for real-time interaction. The final deliverable is a functional wireless prototype with full documentation, designed to improve understanding, evaluation, and adoption of analog pressure control in contemporary applications.
Proportion-Air’s electronic pressure regulators deliver precise and reliable control, but they are harder to demonstrate in todays digitally focused industrial environments. As automation shifts toward networked digital systems, analog technologies are often seen as outdated despite their strong performance. This project addresses the challenge of creating a clear demonstration platform that shows how analog regulators can function effectively within modern digitally supervised systems.