An innovative ultrasonic shear wave reflection technology adapted for in-line, real-time monitoring of polymer viscosity during injection molding, utilizing a 5 MHz Pulse-Echo technique to withstand elevated temperatures.
The in-line real-time ultrasonic viscosity monitor is a cutting-edge technology designed to enhance the injection molding process by providing continuous, real-time measurement of polymer viscosity. By using ultrasonic shear wave reflection, this technology offers precise control over molding parameters, ensuring optimal quality and efficiency in polymer production.
The technology is currently at TRL 4, indicating that it has been validated in a lab environment and is ready for further development and testing in relevant operational settings.
Thoughtventions Unlimited LLC is a research and development company that creates specialized commercial research equipment and provides technical consulting services in the applied physical sciences. The company designs and manufactures custom and semi-custom laboratory hardware, including high-temperature furnaces, vacuum systems, sapphire viewports, and optical products. Its core technical offerings feature proprietary innovations such as gold-coated transparent furnaces that allow for precise thermal control and observation, alongside specialized gold-coating services for mirrors and windows. These products are engineered for extreme environments, supporting operations at temperatures up to 1800 °C and pressures reaching 1350 bar.
Serving a diverse client base that includes universities, international laboratories, and government entities, the company addresses complex technical challenges by applying multidisciplinary research to practical laboratory applications. Beyond hardware sales, Thoughtventions provides testing, heat treating, and equipment repair services to support R&D initiatives. The firm has a long track record of performing contract research for U.S. government programs, including NASA and the Department of Energy, leveraging the specialized expertise of its founder to bridge the gap between fundamental scientific innovation and commercialized research tools.