Top 10 Foot and Ankle Devices Companies Advancing Orthopedic Innovation with Smart Implants, Precision Surgery, and Personalized Care

Foot and ankle devices include a variety of implants and tools that can be used to treat fractures, deformities, tendon and ligament injuries, arthritis, and complications from diabetes involving the foot. Many different types of hardware are used to secure fractures and to replace joints. This includes hardware such as plates, screws, staples, nails, pins/wires, external fixators, and joint replacement systems. The foot and ankle devices market is expected to grow due to trauma and sports injuries, an aging population with degenerative joint disease, and increasing number of people suffering from complications related to diabetes. Technology advancements are helping drive adoption as surgeons expect improved planning, alignment, and reproducibility of complex incidents.

Fueled by these innovations in the industry, the market for foot and ankle device, projected by Fortune Business Insights was valued at USD 5.19 billion in 2025. It is estimated to hit USD 8.40 billion by 2034, with a remarkable CAGR of 5.5% over the forecast period.

Fortune Business Insights Reveals Top 10 Foot and Ankle Devices Companies Dominating the Orthopedic Landscape

1. Arthrex

Headquartered in the U.S., Arthrex is a global leader in multispecialty minimally invasive surgical technology, scientific research, manufacturing, and medical education. Arthrex pioneered the field of arthroscopy and sports medicine and develops more than 1,000 new products and related procedures annually to advance minimally invasive orthopedic surgery, trauma, spine, cardiothoracic, orthobiologics and arthroplasty innovation globally. It also specializes in the latest 4K multispecialty surgical visualization and OR integration technology solutions.

In March 2021, Arthrex, announced the launch of AnkleSprain.com, the company's first patient-focused educational website dedicated to chronic ankle sprains and the innovative treatment options available to help patients get back to the activities they enjoy faster and stronger.

2. Stryker

Headquartered in the U.S., Stryker is the second-leading company among the top 10 foot and ankle devices globally, which enhances healthcare. They offer innovative products and services in medsurg, neurotechnology and orthopaedics that help improve patient and healthcare outcomes. Stryker officially launched its Incompass™ Total Ankle System, a new implant for the treatment of end-stage ankle arthritis, in September 2025 at the American Orthopaedic Foot and Ankle Society (AOFAS) annual meeting in Savannah, Georgia. The Incompass system is a total ankle replacement option that incorporates an innovative new implant design with enhanced surgical instruments. The intent behind creating the Incompass system was to provide a comprehensive solution for total ankle replacements by utilizing an implant profile, fixation, and sulcus/diaphysis articulation that closely resemble both the Stryker Infinity and Inbone implant designs.

3. Zimmer Biomet

Headquartered in the U.S., Zimmer Biomet has created an extensive line of suite of products to help people move better and live healthier lives. The company uses innovative products and integrated digital and robotic technologies to help make the patient experience better through the use of big data, data analytics and artificial intelligence.

On October 8th, 2025, Zimmer Biomet Holdings, Inc., launched full commercialized 2 innovative solutions for complex trauma of the foot and ankle, which gives surgeons the tools to correctly and quickly address the more difficult types of pilon fractures and hindfoot injuries. These products include the Gorilla® Pilon Fusion Plating System and the Phantom® TTC Trauma Nail.

4. Johnson & Johnson

Johnson and Johnson Inc. is a major player in the global health care sector and one of the top 10 foot and ankle devices companies with headquarters located in New Jersey, U.S. The company continues to function as a leader in both pharmaceuticals and medical devices. The company operates in more than 60 countries across the globe and has a diverse product portfolio that provides innovative solutions for patients through advanced medications and surgical products. Johnson and Johnson focuses its research and development initiatives on a number of key therapeutic areas including immunology; oncology; and neurology.

In November 2024, Johnson & Johnson formed a new multi-year exclusive U.S. medical device distribution agreement with Responsive Arthroscopy Inc. The new distribution agreement will enhance Johnson & Johnson MedTech's dedicated sports platform by expanding its ‘Soft Tissue’ portfolio by integrating latest innovations, providing further development of advanced solutions.

5. Smith+Nephew

Smith & Nephew is a British multinational medical technology company founded in 1856, specializing in orthopedic reconstruction, sports medicine, trauma, and advanced wound management. Headquartered in England, U.K., it develops medical devices and products for joint replacement, tissue repair, and wound care to improve patient mobility. 

In February 2025, Smith+Nephew announced the launch of a comprehensive foot & ankle repair portfolio in Australia and New Zealand (ANZ) with proprietary adjustable tensioning technology. The ULTRABRIDGE^◊ Adjustable Achilles Reconstruction and ULTRABRACE^◊ Adjustable Ankle Instability Techniques are changing the way foot & ankle surgeons perform these repairs by allowing them to refine and optimize suture tension after anchor insertion. The ability to adjust tension for specific patients allows the surgeon to give the precise amount of range-of-motion to the patients depending on their activity intensity. The surgeon can check and revise the repair construct before locking the suture, which may help restore normal anatomy and deliver potentially better outcomes for the patient.

6. Enovis

Enovis, headquarter located in Delaware, U.S., and its business focuses on creating clinically distinguished medical and orthopedic solutions that help improve patients’ outcomes. In September 2024, Enovis officially introduced its new Tarsoplasty percutaneous Lapidus system and will offer live demonstrations of Better Step, a patient centric platform as well as other advanced product offerings at the American Orthopaedic Foot and Ankle Society's (AOFAS) annual meeting. Better Step is an application which encourages physicians to offer personalized care through custom-made videos, educational materials, and recovery protocols for each patient’s needs.

7. Össur

Össur is a leading global innovator in non-invasive orthopaedics, specializing in advanced prosthetics and bracing & supports to improve mobility. Founded in 1971 with its headquarter in Iceland, the company is renowned for developing the Iceross® liner and bionic technologies. Össur operates worldwide, aiming to help people live a "Life Without Limitations" through research-driven, high-quality mobility solutions. 

On February 6^th, 2019, Össur, launched a new, next-generation version of its revolutionary Proprio Foot®microprocessor ankle (MPA). Originally launched in 2006, Proprio Foot was the world‘s first microprocessor ankle. Its new version now incorporates user feedback and learnings gathered over the past decade from amputees and clinicians.

8. Ottobock

Ottobock is a German-based global medical technology leader, founded in 1919 and headquartered in Germany, that specializes in innovative prosthetic, orthotic, and mobility solutions (wheelchairs, exoskeletons). With nearly 9,300 employees and a 100+ year history, the company aims to improve mobility and quality of life for people with limited movement. In May 2025, Ottobock launched its first in-house developed hydraulic prosthetic foot. The Taleo Adapt features a hydraulic ankle joint and the proven Taleo Low Profile platform. Designed for users in mobility grades 3–4, the waterproof and corrosion-resistant prosthetic foot is particularly suitable for an active everyday life.

9. Acumed

Founded in 1988, Acumed is a prominent medical device manufacturer, headquartered in Oregon, U.S., specializing in orthopedic implants and surgical solutions, particularly for fracture fixation, extremities, and joint replacement. In March 2022, Acumed announced the launch of the Ankle Syndesmosis Repair System with Acu-Sinch Knotless technology. The system was developed by a group of surgeons focused on trauma and the needs of foot and ankle specialists.

10. Bauerfeind

Bauerfeind AG, headquartered in Germany since 1929, is known for its medical-grade orthopedic (body support) braces, supports and medical compression stockings, as well as for creating orthotic inserts. As a manufacturer of high-quality, anatomically designed products (like the GenuTrain® knee brace), supports mobility, recovery, and performance. The company produces premium orthopedic braces (supports), as well as orthotic devices to stabilize and rehabilitate foot and ankle. In addition to breathable 3D AirKnit (knitted air) fabric, it also uses Omega pads to help relieve pain, target tissue compression to help recover from injuries, and stabilize ankle supports for healing from sprains, tendonitis, and recurrent instability. Other popular items include the CaligaLoc splint and Sports Ankle Support.

Advanced Implants and Smart Technologies Directing the Modern Foot & Ankle Care?

Foot and ankle devices have undergone a lot of change in recent times, shifting towards more personalized medicine through robotic-assisted precision and smart monitoring systems. The rise of an aging population suffering from various issues associated with bone health, especially diabetes or obesity. These rising incidence in bone health has caused the increased use of patient-specific 3D printed implants and Titanium fusion cages that match the individual anatomy of the patient by surgeons. This creates a better-fitting device and reducing surgery duration. Additionally, the introduction of artificial intelligence is contributing to the growth of foot and ankle devices. Driven by the integration of real-time alerts during surgery, automated detection of fractures via imaging, and predictive models for post-operative outcomes will create a more successful surgical outcome for the patient.