The manufacturing industry is witnessing a massive leap forward thanks to a recent invention patented by Muse Engine Inc., a product development company based in New Orleans, Louisiana. Their groundbreaking patent, titled “Reconfigurable mold and molding subsystem for injection molding and three-dimensional additive manufacturing applications” (U.S. Patent 12673454), was officially published in July 2026. This technology introduces a Rapidly Configurable Mold and Cavity System that effectively blends the versatility of 3D printing with the production quality and speed of traditional injection molding.
By utilizing a dynamic matrix of pins controlled by actuators, this molding subsystem allows a single mold to be reconfigured in minutes to accommodate different computer-aided design models. This eliminates the need for expensive and time consuming static molds that are typically required for every unique part. By turning traditional injection molding into a highly adaptable additive manufacturing process, the company has provided a solution that dramatically reduces tooling costs and manufacturing lead times for both terrestrial and potential space applications.
Why It Won Patent of the Month for Louisiana in August 2026
It is no surprise that this remarkable technology was named the Louisiana State Patent of the Month for August 2026. Muse Engine Inc., operating out of New Orleans, has put Louisiana on the map as a hub for advanced manufacturing and aerospace technology. By securing a patent that fundamentally disrupts a massive global tooling market, the company brings significant technological prestige to the state. Furthermore, this innovation has already attracted national attention, including funding from NASA for low gravity manufacturing. The award celebrates not only the ingenuity of the reconfigurable pin design but also its potential to revitalize local manufacturing sectors by making small batch production economically viable.
Eligibility for the R&D Tax Credit in the USA
The practical applications of this patent make it a prime candidate for the Research and Development (R&D) tax credit in the United States. Developing a reconfigurable molding subsystem inherently requires a rigorous process of experimentation to overcome technical uncertainties, such as ensuring the pin matrix can withstand the extreme pressures and temperatures of molten resin without compromising part fidelity. Mechanical engineering, software development for the control subsystem, and materials science are all required to translate digital models into physical parts accurately. Companies investing in such iterative prototyping and testing to improve manufacturing processes pass the IRS Four-Part Test. Consequently, expenses related to engineering wages, prototype materials, and technical contractors involved in bringing this dynamic mold from concept to a pilot production system would be highly eligible for substantial R&D tax credits.
