#medshape

[medshape123]

Med Shape's David Safranski at Orthopaedic Research Society ( ORS) — Postimages

MedShape's David Safranski at Orthopaedic Research Society (ORS)

MedShape’s very own David Safranski recently presented his research demonstrating that the DynaNail Mini® Fusion System’s maintained compression performance offers more stability under bending compared with a non-dynamic beaming device at the Orthopaedic Research Society (ORS) annual meeting. Check out more here: https://www.ors.org/Transactions/67/340.pdf

For more info on the DynaNail Mini® Fusion System, visit https://bit.ly/3bSVbEl

[medshape123]

DynaNail Mini® Fusion System is an innovative intramedullary nail system designed for use in subtalar fusion procedures, medial column fusion procedures, and other large bone fusion procedures. Visit this webpage to learn more about the Dynanail Mini® Medial Column Fusion System. To know about our services and products, visit www.medshape.com.

[medshape123]

MedShape Webinar: The DynaClip Forte® Bone Fixation System

The DynaClip Forte® Bone Fixation System excels in performance, comfort, and reliability.  It is designed for the most demanding weight-bearing applications such as Lapidus (1st TMT) fusion. The 4-leg configuration with a broad bridge provides additional compression and rotational stability, representing the ultimate choice in NiTiNOL staples. In this video, presenters Drs. John Kwon, Craig R. Lareau, MD, Zachary Ritter, and Jeffrey Seybold discuss NiTiNOL staple solutions for foot & ankle applications. Watch this entire video to know more about this innovative medical product. To learn more about DynaClip Forte® Bone Fixation System and its features and benefits, visit www.medshape.com.

[medshape123]

MedShape is a constantly evolving orthopedic device company, working to provide innovative surgical solutions to foot & ankle surgeons using our patented NiTiNOL and shape memory polymer technologies. Visit this webpage to learn more about these instructions for use. To know about our services and products visit www.medshape.com.

[medshape123]

The DynaClip Forte® Bone Fixation System is designed for the most demanding weight-bearing applications such as Lapidus (1st TMT) fusion. The 4-leg configuration with a broad bridge provides additional compression and rotational stability, representing the ultimate choice in NiTiNOL staples. To learn more about DynaClip Forte® Bone Fixation System and its features and benefits visit www.medshape.com.

[medshape123]

Surgical Considerations in the Treatment of Lateral Ankle Ligament Repair Using Morphix Suture Anchor System

The Morphix® Suture Anchor System is designed to reattach soft tissues (including ligaments and tendons) to the bone. This system can be used in ligament repair, tendon transfer and tenodesis procedures. It can be effectively implanted in the fibula through drill holes to imbricate the anterior talofibular ligament (ATFL) and the calcaneofibular ligament (CFL).

View this infographic and learn about theSurgical considerations in the treatment of lateral ankle ligament repair using  Morphix® Suture Anchor System. sFor more detailed information, visit www.medshape.com.

[medshape123]

With the constantly evolving healthcare sector and the desire to serve patients with the best quality and care, it is important to find new and improved solutions to healthcare problems. Our unique medical devices can easily transform and adapt inside the body allowing surgeons to successfully complete orthopedic surgeries. Visit this webpage to learn more about this and to learn more about our services and products. www.medshape.com.

[medshape123]

MedShape Webinar: Modern Technologies with Dr. Samuel Adams and Dr. Gerard Cush

"Large bone defects are difficult to manage and repair. Their treatment represents a great challenge in orthopedic surgery, as the non-union of the bone is a real risk. In this video (co-hosted by MedShape and restor3d), Dr. Sam Adams and Dr. Jerry Cush present a webinar about modern technologies to treat complex foot and ankle pathologies with 3D Printed Implants and Sustained Compression Devices. To learn about MedShape's innovative surgical solutions to foot & ankle surgeons using proprietary advanced material technologies, visit www.medshape.com."