The company that filed and patented the invention for the “Breast support garment” under Patent Number 12616255 is CERE Creations, LLC. This cutting-edge textile innovation stands out as a significant milestone in the evolution of therapeutic and functional apparel engineering.
This technological breakthrough has been awarded the prestigious title of Indiana State Patent of the Month for June 2026. Developed by local innovators within Indiana, this garment showcases the profound talent and technical ingenuity thriving in the region’s medical device and specialized manufacturing sectors.
Why the Invention is So Innovative
Traditional breast support garments, such as standard brassieres, medical binders, or athletic sports bras, primarily rely on uniform, all-over compression. This generalized pressure frequently leads to overall discomfort, chafing, and restricted movement without offering specialized support where it is needed most. The invention by CERE Creations, LLC fundamentally alters this approach by introducing highly targeted, localized compression in specific, multi-directional vectors: medial (inward), medial-caudal (inward and downward), and medial-cephalad (inward and upward).
The garment achieves this unparalleled level of customization through an array of proprietary structural elements. The lateral wings of the garment feature engineered pocket networks designed to receive custom, contoured compression pads. When these pads are inserted, they apply precise, localized pressure to targeted regions of the breast tissue. Furthermore, the integration of adjustable medial compressor straps allows the wearer to mechanically fine-tune the tension vectors to map perfectly to their unique anatomy. Additionally, the patent outlines a highly versatile, removable sleeve variation featuring an internal pouch that can be securely affixed to any standard piece of apparel, providing a universal solution for on-demand therapeutic support.
Why It Won Indiana State Patent of the Month for June 2026
The recognition of Patent Number 12616255 as Indiana’s Patent of the Month for June 2026 celebrates exceptional technical development originating from Lanesville, Indiana. The evaluating committee selected this patent due to its remarkable ability to bridge the gap between complex biomedical device functionality and commercial textile production. Instead of focusing merely on digital or software solutions, CERE Creations, LLC demonstrated a masterful command of mechanical design and material sciences. By addressing critical health, comfort, and post-operative recovery challenges, this local Indiana enterprise illustrates how targeted engineering can solve real-world problems, bolstering the state’s reputation as a vital hub for manufacturing and healthcare innovation.
U.S. R&D Tax Credit Eligibility for Practical Applications
The rigorous engineering and technical development required to transform the concepts in this patent into commercialized, real-world products present an excellent opportunity for the company to claim the U.S. Research and Development (R&D) Tax Credit under IRC Section 41. To be eligible, the practical applications of the patent must fulfill the IRS Four-Part Test through a documented process of experimentation aimed at overcoming technical uncertainty. Specifically, the engineering teams must engage in iterative prototyping to evaluate the force-distribution profiles of various specialized elastomeric fabrics, ensuring they consistently deliver the precise medial, caudal, and cephalad compression vectors required without sacrificing structural durability. Testing different layout geometries for the wing pockets, refining the mechanical properties of the adjustable compressor straps, and developing stable attachment mechanisms for the universal removable sleeve all constitute qualified research activities. Consequently, the associated expenditures, including employee wages, raw materials utilized for prototype garments, and third-party testing fees, can be fully claimed to secure substantial tax credits and fuel further innovation.
