Contract Medical Manufacturing LLC recently secured a technological advancement with the issuance of U.S. Patent No. 12721400. This patent, titled ‘Foot positioning system for surgery’, introduces an effective way to stabilize a patient’s lower extremities. Surgeons can now secure the foot with reliable precision during complex procedures.

Advanced Stabilization for Orthopedic Surgery

The innovation focuses on a new sterile insert design configured for surgical boots. This system uses specialized structural regions to properly position the foot. A dedicated arch support is positioned between the toe and heel regions. This central support is configured to maintain the arch of the foot during securement. A properly stabilized foot ensures the arch does not collapse during the operation. This setup allows for consistent anatomical alignment during orthopedic surgery.

Innovation and Recognition

This medical device is highly innovative because it directly addresses the anatomical challenges of securing a foot under surgical conditions without causing arch collapse. Inventors Richard Deslauriers and Patrick Brandon engineered a solution that easily integrates into existing medical boots while remaining fully sterile. Because of its practical utility and contribution to improving surgical outcomes, this invention won the patent of the month for the Connecticut state for the month of October 2026 granted by Swanson Reed. The award highlights the robust design and the positive impact it brings to the medical manufacturing sector in Connecticut.

R&D Tax Credit Eligibility in the USA

The practical applications of this patent present strong opportunities for the developers to be eligible for the Research and Development (R&D) tax credit in the United States. Developing this specialized positioning system required systematic experimentation to identify the appropriate sterile materials and structural dimensions necessary to prevent arch collapse. The engineering process likely involved developing multiple iterations of the heel, toe, and arch supports, followed by rigorous testing to evaluate biomechanical stability and performance in surgical environments. Businesses that invest resources into resolving such technical uncertainties through iterative medical device design often qualify for these federal incentives, which are designed to reward technological advancement and domestic innovation.