Paragon 28 Announces the Launch of SMART 28? Portal and First Case Using SMART Bun-Yo-Matic?

Figure 1: Smart Bun-Yo-Matic Case Management and Workflow (Graphic: Paragon 28)
Figure 1: Smart Bun-Yo-Matic Case Management and Workflow (Graphic: Paragon 28)

In This Article:

ENGLEWOOD, Colo., August 14, 2024--(BUSINESS WIRE)--Paragon 28, Inc. (NYSE: FNA), is proud to announce the launch of the SMART28? Case Management Portal, a cutting-edge platform that leverages AI and a seamless user experience to coordinate patient-specific surgical plans. It is the first major launch of Paragon 28’s SMART28? ecosystem, a portfolio of solutions and products that drive Paragon 28’s SMART28? initiative: to improve all aspects of foot and ankle treatments through the utilization of artificial intelligence, data analytics, patient specific algorithms, 3D modeling, and other enabling technologies.

The SMART28? Case Management Portal gives surgeons the ability to plan cases, coordinate surgery dates, and submit patient imaging. It will also serve as a direct line of communication with the Paragon 28 engineering and sales teams for real-time support, status updates, and surgical planning insights. The first module to launch within the Case Management Portal is SMART Bun-Yo-Matic? for bunion correction.

SMART Bun-Yo-Matic? has imaging optionality to input either patient weight-bearing X-rays or weight-bearing CT ("WBCT") scans. It is the first foot and ankle orthopedic device on the market that allows the user to see the foot as 3D anatomy from two X-ray images. If a surgeon uses WBCT, they have access to "see inside the joint," allowing the user to assess the joint distance distribution specific to their patient and compare it to normal joint alignment.

SMART Bun-Yo-Matic? revolutionizes preoperative planning and correction for hallux valgus by creating plans tailored to the individual patient. AI-driven algorithms and statistical shape modeling integrate with surgeon input, and within 10 minutes, export a surgical plan for correction, notifying the user if abnormal anatomy is detected. SMART BYM? allows the surgeon to adjust the plan in real time and exports a new surgical plan incorporating their recommended changes, if desired. The final surgical plan provides the surgeon user specific reference points that allow for additional reproducibility when paired with The Bun-Yo-Matic Lapidus Clamp, which can be used to identify, measure, and hold the planned corrections in place during the procedure.

Dr. Cesar De Cesar Netto, surgeon designer and one of the first users of the SMART Bun-Yo-Matic?, says of the portal: "The ability to 3D plan your Hallux Valgus correction is crucial for understanding this complex deformity and optimizing multiplanar correction. Even more revolutionary is the capability to apply, control, and achieve the planned correction with the use of the Clamp. Precision down to the millimeter matters, the SMART Bun-Yo-Matic? system represents a significant advancement in improving precision and outcomes in Hallux Valgus surgery."