Overview of Manufacturing Support and Prototyping
Prototyping and manufacturing serve as the essential link between theoretical design and real-world application, allowing for the physical validation of equipment before large-scale production.
Prototyping involves the creation of functional models—such as pilot-scale continuous reactors—to test performance, durability, and safety under realistic conditions. The primary benefits of this approach include significant risk reduction, as potential design flaws can be identified and corrected early. Additionally, rapid prototyping accelerates development timelines and ensures that final products meet the strict specifications required by government stakeholders, while establishing optimized manufacturing workflows that reduce costs for future full-scale production.
Physical Sciences Inc. (PSI) delivers advanced manufacturing and prototyping services designed to bridge the gap between conceptual engineering and operational hardware. Our facilities are equipped to fabricate complex chemical systems, with a specific focus on the construction of specialized continuous flow reactors and processing units. We have a proven track record of successfully delivering high-quality prototypes to a diverse range of government customers. By offering a full spectrum of fabrication techniques, PSI enables the rapid transition from engineering design to functional hardware, allowing for the swift validation and deployment of critical technologies.
PSI’s scale-up facilities and reactors enable material production on ten-of-kilogram process scale with a wide range of advanced capabilities.
