American College of Foot and Ankle Surgeons (ACFAS) conference in Las Vegas

Subchondral Solutions Wows Surgeons In Vegas

Subchondral’s S-Core Platform System Draws Crowds at Annual American College of Foot and Ankle Surgeons Convention in Las Vegas

LAS VEGAS, NEV., (May 18, 2021) — Subchondral Solutions, Inc, a medical device company based in Huntington Beach, Calif., received substantial interest for its S-Core platform technology™ from than 225 surgeons at this year’s American College of Foot and Ankle Surgeons (ACFAS) conference in Las Vegas. The company’s S-Core product is an innovative platform for joint damage restorative technology using bio-active implants to maximize bone and biologic healing.

“Our first day at the conference was overwhelmingly positive,” says Tom Kinder, CEO of Subchondral Solutions. “We had more than 225 surgeons, most of whom had already heard about our S-Core platform technology™ and wanted to know what the fuss was all about.

Cleared by the FDA in 2020, the S-Core platform technology™ is indicated for fixation of small bone fragments, such as osteochondral fragments and cancellous fragments, appropriate for the size of the device which may include the following: simple metaphyseal fractures; condylar fractures; osteochondritis dissecans; areas where accurate screw placement is vital; patellar fractures, navicular fractures, cancellous bone fragments; osteochondral fragments, intra-articular fractures and osteochondral fixation and fractures, and minimally invasive reconstruction of fractures and joints. S-Core™ can be used in any osteochondral fracture appropriate for the size of the device, including for the knee, elbow, hand, foot, ankle, shoulder, and hip.

“This year (2021) is shaping up to be the best year on record for the company,” adds Kinder. “Our future and that of patients with joints needing repair is very bright.”


About Subchondral Solutions, Inc.

Subchondral Solutions was formed in 2013 and is committed to advancing the treatment of joint damage by addressing the source of the problem with a biomechanical, efficient, cost-effective scalable system. Contact us at 888-410-5622 or online at


Jay Geer: 562-883-0375
Rick Damrel: 562-900-5123