Top Orthopedic Device Companies - 2021
Osteocentric Technologies: Mechanical Integration Technology Pioneers

Top 10 Orthopedic Device Companies - 2021

With the growing musculoskeletal complications in the geriatrics as well as the baby boomer populations, disruptive transformations in the orthopedic sector are now coming to the forefront. Healthcare organizations are incorporating advanced technologies and medical devices to reinvent their businesses against this rapidly changing backdrop.

In this regard, the use of robot-assisted surgeries is proving to be a game-changer for healthcare providers. When compared to the time required by large incisions, AI-equipped robotic surgeries are paving the way for minimally invasive surgeries and procedures. Because of the increased accuracy rates of these surgeries, surgeons and device manufacturers are being compelled to redesign their traditional systems with these cutting-edge, premium technologies. Similarly, leveraging AR and VR is improving the surgeon’s view of unexposed bones and other tissues during surgery while using only minimally invasive techniques. These visualization devices are allowing the surgeon to view pre-operatively determined incision locations as well as real-time medical data with actual and proper spatial alignment during surgery.

To assist health care organizations in the task of finding the accomplished orthopedic solution and device providers, we have compiled this issue of MedTech Outlook. It is elaborately crafted to assist you in fostering productive partnerships and improving performance. In this edition, we have listed top orthopedic solution providers and top orthopedic device providers to highlight those making significant contributions to the healthcare sector. The list comprises prominent enterprises in the industry that address challenges in the orthopedic treatment domain by implementing current trends. Besides, the magazine also includes insights from thought leaders in the sector on the industry trends, best practices, recent innovations, and their advice for aspiring CXOs.

We present to you MedTech Outlook’s “Top 10 Orthopedic Device Providers – 2021.”

    Top Orthopedic Device Companies

    Precision Medical Products
    Precision Medical Products (PMP) provides medical devices and supplies (DME) to patients and surgical facilities nationwide. The medical device company specializes in providing DVT and bracing solutions for post-op recovery. PMP places the highest value on customer service and satisfaction. The company’s representatives offer face to face and in home supply of medical equipment to the patients they serve. PMP’s excellent patient service levels have allowed us to achieve Joint Commission Accreditation and award-winning acknowledgments. PMP is the founder of mobile DVT compression and continues those efforts by consistently pushing towards the future that it knows healthcare needs when it comes to patient safety, mobility, prevention, and recovery.
    Camber Spine
    Innovative spine and medical technology company Camber Spine is dedicated to creating surgeon-designed solutions in MIS and minimally disruptive access for the treatment of complex spinal pathology. Incorporating state-of-the-art manufacturing, 3-D printing, and an acute sensitivity to patient anatomy, Camber Spine is making quantum leaps in the spinal fusion market. We now have 20 products with 510(k) clearances and over 28 active or issued patents, including two highly innovative and IP protected device platforms that support faster spinal fusion and recovery: ENZA® (MIS Integrated Interbody) spinal fusion implants; and SPIRA® OA (Open Architecture 3D printed) spinal fusion and orthopedic implants. Our comprehensive patented OLIF system and procedure – with its less complicated, simpler approach to treating complex spinal pathologies – is poised to change the way spine care is delivered. The technique gives surgeons minimally invasive oblique access to the lumbar spine while decreasing likelihood of complications. The Camber Spine Science and Technology building just outside Philadelphia brings our growing sales, training, quality and marketing teams under one roof to work closely with the engineering, design and development team. Our 27,000 sq. ft. state-of-the-art facility features meeting facilities, office spaces, a mechanical test lab with full prototype shop and an expanded double cadaver lab. A separate facility for logistics, shipping, receiving and instrument processing is located less than a half a mile away from headquarters.
    CrossRoads Extremity Systems
    CrossRoads Extremity Systems® (CRE) is committed to conducting its affairs in compliance with all applicable laws and regulations, and with the highest ethical standards. We established this Code of Conduct to ensure CRE meets our commitment to ethical and lawful conduct. This Code of Conduct applies to all employees, officers, and directors of CRE, as well as contractors, consultants and distributors who provide services on CRE’s behalf. This Code of Conduct establishes policies and procedures intended to guide employees, officers, directors, contractors, consultants, and distributors in the performance of their duties and responsibilities and ensure compliance with CRE’s commitment to ethical and lawful conduct.
    In2Bones
    In2Bones is a premier provider to orthopedic and podiatric surgeons of state-of-the-art implants and instrumentation for the upper and lower extremities. Its original product designs – including fully pre-sterilized devices and single-use instrument sets – directly answer the needs of today’s healthcare practitioners and organizations for improved efficiencies, surgical outcomes and overall patient care. For surgeons, In2Bones’ innovative implant and instrumentation designs solve many of the problems and challenges posed by legacy device lines. The company’s biomechanical engineers and staff regularly work with industry thought leaders, surgeons, manufacturing partners, and the distribution network to bring new product applications to market.
    Novastep
    Novastep focuses exclusively on designing, developing and commercializing products to treat conditions that affect the bones, joints and soft tissues of the foot and ankle. We are committed to empowering the performance of foot & ankle surgeons and their teams. Novastep is dedicated to helping our foot and ankle customers improve outcomes and provide better healthcare by advancing our technologies and innovative medical solutions. Novastep understands the need to connect foot and ankle surgeons globally. Our global profile and operations in United States (New York) and Europe (France) allows us to collaborate with surgeons around the world, sharing and learning best foot and ankle practices.
    Orthofix
    Orthofix Medical began in a small farmhouse in Verona Italy in 1980 when orthopedic researcher Giovanni De Bastiani recognized the bone’s natural repair capability, a concept he called “dynamization.” With that in mind, he created the first external fixation device. Today, Orthofix has grown to more than 1,200 employees with locations in the U.S., Italy, Germany, France, the U.K., Brazil, and Australia. Our products help patients in more than 70 countries around the world. The Company’s mission is to deliver innovative, quality-driven solutions as we partner with health care professionals to improve patient mobility. Headquartered in Lewisville, Texas, the company has two strategic business units: Spine and Orthopedics. Orthofix products are widely distributed via the company's sales representatives and distributors. In addition, Orthofix is collaborating on research and development activities with leading clinical organizations such as MTF Biologics, the Orthopedic Research and Education Foundation, and the Texas Scottish Rite Hospital for Children.​
    orthoscan
    Established in 2002, Orthoscan is an American-Made company located in Scottsdale, Arizona. Since the start, we have been committed to manufacturing industry-leading products designed specifically for surgical and clinical environments around the world. We are proud to hire US-based workers, source parts from locally owned businesses, and support the American economy while providing high-quality products to the global medical community. Our passionate pursuit of craftsmanship paired with exceptional performance is why Orthoscan is the global leader in mini C-arm imaging.
    Paragon 28
    Paragon 28 was established in 2010 as an orthopedic foot and ankle company. The name “Paragon 28” was chosen to show that we are exclusively a foot and ankle company, with the “28” representing the number of bones in the foot. We will remain true to that vision. Paragon 28 was started as a small, family-based company and we have kept those core ideals as we have grown. Our mission is to strategically build a company around the core principles that drive innovation and quality. Motivation, competition and the desire to learn are unique characteristics that are incredibly valuable to our success. Paragon 28’s work environment is modern and exciting. We are seeking experienced and energetic individuals to join our team in areas of Quality, Engineering, Marketing, Sales, Administration and Accounting.
    Thompson Surgical
    Thompson Surgical celebrates over 55 years as a leader in exposure and the original manufacturer of the table-mounted retractor. We understand the value of exposure in surgery and are dedicated to providing innovative, high quality systems that deliver safe, versatile, and low-profile retraction. We offer unlimited customization and safe, independent retraction. The Thompson Retractor allows surgeons in multiple specialties to achieve Uncompromised Exposure. In addition to manufacturing and selling retractors, we are also proud to offer retractor donations to teaching hospitals, and give back to less privileged countries through the Thompson Retractor Foundation.
    Treace Medical Concepts
    Treace Medical Concepts, Inc. is a commercial-stage orthopaedic medical device company with the goal of advancing the standard of care for the surgical management of bunion deformities and related midfoot correction. Bunions are complex 3-dimensional deformities that originate from an unstable joint in the middle of the foot. Treace has pioneered and patented the Lapiplasty® 3D Bunion Correction™ system – a combination of instruments, implants, and surgical methods designed to correct all 3 planes of the bunion deformity and secure the unstable joint, addressing the root cause of the bunion and helping patients get back to their active lifestyles. Treace recently expanded its offering with the Adductoplasty™ Midfoot Correction System, designed for reproducible correction of the midfoot which could provide further support to hallux valgus patients. There are risks associated with surgery. Potential risks include infection, pain, implant loosening and loss of correction with nonunion. Find a lapiplasty surgeon today.

Orthopedic Devices and instruments Info

Q1
What Do Orthopedic Devices and Instruments Companies Do?
Top Orthopedic Devices and Instruments Companies design, manufacture or support products used in musculoskeletal care, from implants and fixation systems to surgical tools, rehabilitation aids and procedure-specific equipment. Their work sits close to surgeons, hospitals, ambulatory surgery centers and patients recovering from bone, joint, spine or sports injuries. The category is not limited to hardware. It also includes product engineering, materials science, sterilization readiness, clinical usability, regulatory documentation and post-market support that help orthopedic teams deliver consistent care.
Q2
Why Does This Category Matter Now?
Top orthopedic devices and instruments companies are becoming increasingly important as orthopedic care continues evolving around aging populations, rising sports injuries, growing joint replacement demand and pressure to reduce recovery time. Hospitals are looking for instruments and implant systems that support faster, more efficient surgical workflows, while patients increasingly expect better mobility outcomes with fewer complications. Demand is also being shaped by the growth of outpatient orthopedic procedures, value-based care models and closer monitoring of implant performance over time. In the US, orthopedic medical devices must also meet strict quality, safety and documentation standards before they can be introduced into clinical practice.
Q3
How Should Healthcare Decision-Makers Evaluate Orthopedic Devices Companies?
Evaluation should begin with clinical fit, not product breadth alone. Healthcare decision-makers should examine whether a company’s devices match the procedures, surgeon preferences, patient mix and care settings they serve. Top Orthopedic Devices and Instruments Companies should also be assessed for FDA readiness, supply reliability, training support, sterilization compatibility and clear instructions for use. Procurement teams need to look at lifecycle cost, tray management, revision risk, service response and whether the provider can support both routine cases and complex orthopedic procedures.
Q4
What Value Do Orthopedic Devices and Instruments Create for Care Teams and Patients?
Strong orthopedic devices and instruments help turn surgical planning into consistent execution inside the operating room. Better implant design can improve stability, alignment and long-term bone integration, while well-designed instruments help reduce handling mistakes and procedural delays. For patients, the benefits are often seen in improved mobility, reduced pain, shorter rehabilitation periods and fewer device-related complications. For hospitals and surgical teams, orthopedic technology providers can influence case efficiency, inventory management, surgeon confidence and compliance readiness. The real value becomes clear when care teams spend less time working around equipment limitations and more time focusing on patient care.
Q5
How Are Technology and Expertise Changing Orthopedic Technology Solutions?
Technology is changing orthopedic technology solutions through improved imaging compatibility, patient-specific planning, robotics-assisted workflows, 3D printing, advanced biomaterials and data capture around implant performance. Still, expertise matters as much as invention. A device that looks promising in design must hold up under surgeon handling, sterilization cycles, reimbursement pressure and post-market monitoring. Top Orthopedic Devices and Instruments Companies tend to stand out when engineering, clinical education, regulatory discipline and manufacturing quality work together without adding unnecessary complexity to the procedure.
Q6
What Should Hospitals Prioritize When Comparing Orthopedic Device and Instrument Providers?
Hospitals should prioritize evidence, usability, supply continuity and support after adoption. Top Orthopedic Devices and Instruments Companies should be able to explain how products perform in real clinical settings, how staff will be trained and how issues will be handled when cases are scheduled tightly. Decision-makers should compare orthopedic devices companies on quality systems, procedure coverage, compatibility with existing workflows, service depth and total cost exposure. A lower purchase price can lose its appeal if it brings tray delays, training gaps or revision concerns.