Global Internal Fixation Devices Market 2026 – 2035

The internal fixation devices market size in the world is estimated at USD 9.84 billion in 2025 and is forecasted to rise between USD 10.52 billion in 2026 and USD 17.89 billion in 2035 at a CAGR of 7%.

The market is driven by the increasing incidence of bone fractures and trauma, the rising number of geriatric patients vulnerable to bone fractures due to osteoporosis, the rising cases of sport related injuries requiring surgical intervention, the development of bioabsorbable and personalized implant technology, and the rising use of minimally invasive surgery.

Market Highlight

• Internal fixation devices Market: North America's market share in 2025 is 38%.

• Asia Pacific will experience the highest CAGR of 8.4% in 2026-2035.

• By product type, the plates and screws department had secured about 42% of the market share in 2025.

• Material-wise, the titanium and titanium alloys segment is the segment with the highest CAGR of 7.8% from 2026 to 2035.

• By application, the trauma segment will have the highest of 36% market share in 2025 with the spinal surgery segment projected to grow at the CAGR of 8.2% within the specified period of 2026 to 2035.

• By end user, 67% of the market share was taken by hospitals in 2025.

• Approximately 178 million bone fractures are done worldwide every year, with about 40% of them necessitating intervention through internal fixing.

Significant Growth Factors

The Internal Fixation Devices Market Trends present significant growth opportunities due to several factors:

• Rising Global Trauma and Fracture Incidence: The major force in the internal fixing devices market is the growing number of cases of traumatic injuries caused by road accidents, falls, sports activities, etc., where the trauma cases need to be stabilized using plates, screws, rods, and other fixation hardware to restore bone position and facilitate healing. Statistics related to the data provided by the global health organizations in 2025 state that about 178 million bone fractures happen every year, with 40% of them necessitating surgical intervention with internal fixation devices, and this will translate to more than 71 million surgeries each year across the world. According to WHO, road traffic accidents are the leading cause of 1.35 million deaths as well as 20-50 million injuries each year, of which lower extremity fracture (femur, tibia, ankle) is 45% and upper extremity fracture (humerus, radius, ulna) comprises 35% of all trauma cases, which makes the use of fixation devices a significant demand. Simple bone fractures take a range of 6-12 weeks to heal, whereas complex fractures that have to be fixed with internal means will take 3-6 months with internal fixation taking less time than external casting by about 20-30% through stable anatomical reduction and premature mobilization. Modern internal fixation methods permit rigid fixation that maintains bone fragments anatomically in the correct position and permits early weight-bearing and joint movement resulting in better functional recovery and fewer complications such as joint stiffness, muscle atrophy and thrombosis of deep veins found with long-term immobility. A study exhibiting orthopedic trauma reveals that any patient undergoing internal fixation has an 85-90% excellent or good functional outcome when compared with the 65-75% of patients undergoing a conservative treatment, which also shows superior clinical outcomes to warrant surgery. Working-age adults of 20-50 years who comprise 60% of cases of trauma are disproportionately subjected to the global trauma burden, which presents an economic imperative to effective treatment so that they can quickly resume work and normal functioning. Femoral trauma is considered one of the most serious forms of traumatic body injuries, and intramedullary nailing or plate fixation of the fracture incurs an average USD 2,500-8,000 per surgery cost, which will depend on the complexity of the fracture and the type of implant. Complex fractures such as comminuted fractures, open fractures with soft tissue injury, and fractures at and around the joints need special fixation systems such as locking plates, angular stable screws and anatomically designed implants with a much higher market value than plain fracture fixation.

• Aging Population and Osteoporotic Fractures: The market has been expanding very fast because of the rapidly ageing population around the world, which is increasingly getting frail due to osteoporosis and the aged patients need special fixation equipment that is tailored to support bone frailty and complicated medical conditions. United Nations demographic data estimates that the number of individuals aged 65 and above all over the world will exceed 1.5 billion by 2050 (based on 703 million in 2019), which is 16% of the world population compared to 9% today. Osteoporosis, which is characterized by low bone density and high susceptibility to fracture, affects about 200 million individuals worldwide and postmenopausal women are especially vulnerable because bone loss is accelerated by the loss of estrogen. Hip fractures are the most disastrous osteoporotic fractures where 1.6 million cases of hip fractures seen worldwide every year, necessitating surgical repair(s) of 95% of the cases by means of internal fixation using screws and plates or joint replacement depending on the fracture pattern and the patient. Geriatric orthopedic studies have indicated a 20-30% mortality rate in hip fracture patients after one year, half of them never recover pre-fracture functioning ability and 25% need long term care, placing massive clinical and economic pressure. Among 25% of postmenopausal women and 40% of women above 80 years, vertebral compression fracture is treated with vertebroplasty or kyphoplasty surgery, in which bone cement is added to strengthen the vertebral column. The incidence of distal radius (wrist) fractures is 1 per 6 women and 1 per 17 men over a lifetime, and it may need surgical repair with the use of volar locking plates that provide angular stability to osteoporotic bone. Fixation in osteoporotic bone poses special challenges that demand special implants such as locking screws that cut holes in plates making fixed-angle constructions that are independent of bone quality, bone cement augmentation enhancing screw purchase in bone with weak bone, and use of larger implant sizes distributing forces over larger surface areas. The hospital segment represents 67% of the market share which indicates that complex trauma and osteoporotic fractures need hospital surgical services, advanced imaging services, and multidisciplinary care that are not available in outpatient settings.

What are the Major Advances Changing the Internal Fixation Devices Market Today?

• Locking Plate Technology and Angular Stable Fixation: Locking plate systems that use fixed-angle screw-plate interfaces have been the most radical technological change, allowing the potential fixation of every subtype of bone (osteoporotic bone, comminuted fractures and periarticular fractures) in which conventional compression plating fails. The non-locking types are traditionally based on the friction between the plate and the bone, which is formed by the tightening of screws, and their stability is determined by the quality of the bone and requires accurate contouring to the surface of the bones, which is why they cannot be used in osteoporotic bone because screws are easily loosened. Plates that are locked have threaded screw holes through which screws thread into the plate, forming a fixed-angle construct, which becomes a plate-screw assembly instead of bone-plate friction. Biomechanical testing research shows that locking constructs are 40-60% stiffer in osteoporotic bone than conventional plates, screw loosening is also lower by 70-80%, and the constructs are stable with fewer screws, which lowers surgical trauma. Modern locking plates permit bridging fixation in which the plate spans the comminuted fracture zone without having direct contact with bone, depending on screws in intact bone segments proximal and distal to the fracture to support and keep the fracture zone in an aligned and length-stable state and leave fracture zone biology and blood circulation to promote healing. Polyaxial locking systems permit the screw insertion at variable angles in a 30 degree cone instead of rigid perpendicular tracts to give surgical flexibility to the design to fit anatomical limitations and give the best screw. This is because the plates and screws segment has the highest market share of 42%, which reflects the widespread adoption of locking plate technology in trauma, orthopedic, and spinal applications.

• Bioabsorbable Fixation Devices: The development of bioabsorbable internal fixation devices was made of polymers that break down and absorb within 6-24 months to overcome the shortcomings of permanent metallic implants such as stress shielding, implant removal operations, and imaging interference. Traditional metal implants cannot be removed by a second operation, and the rate of removal is 10-30% in pediatric patients, 15-25% in upper extremity fractures, and 5-15% in lower extremity fractures based on anatomical location and patient symptoms. Bioabsorbable devices produced of polylactic acid (PLA), polyglycolic acid (PGA), or composite polymers exhibit initial mechanical strength that is equal to that of metal during the vital healing stages, which is then broken down through hydrolysis into lactic acid and glycolic acid, which is naturally metabolized and does not need to be removed. Bioabsorbable implant studies have indicated that current representative implant designs retain 80-90% of their original strength during 6-12 weeks of active bone development and over 12-24 months as remodeled bone takes over load bearing roles. Bioabsorbable fixation is especially applicable in pediatric use as the growing bones become remodeled by an implant, craniomaxillofacial surgery whereby the presence of metal artifacts disrupts the diagnostic imaging process, and soft tissue fixation where gradual load transfer is associated with promoting biological healing. Existing constraints are increased costs with bioabsorbable screws being up to 3-5 times more expensive than titanium-based counterparts; reduced mechanical properties 30-40% worse than titanium that reduce applications in high load implants, and inflammatory reactions in 5-10% of patients as degradation products build up. Growth of the bioabsorbable materials segment is at 7.5% CAGR due to the increasing number of clinical uses, better material formulations that have fewer complications, and the increasing desire to eliminate implant removal procedures.

• Patient-Specific and 3D-Printed Implants: Due to the increasing complexity of additive manufacturing technologies that allow them to create patient-specific internal fixation devices tailored to patient anatomy, standardized implants are becoming limited in the fragment patterns of complex fractures and anatomical differences. Conventional fixation devices are designed in standardized shapes and sizes that need contouring of the implants to the anatomy of the patient, with the contouring of the implants that may lead to the weakening of the implants and the inability to fit perfectly leading to the loss of stability and a high level of soft tissue irritation. The perfect anatomical fit is offered by patient-specific implants created based on preoperative CT scans through computer-aided design software and produced with the use of 3D printing technologies, such as selective laser sintering, electron beam melting, or direct metal laser sintering. Custom implant studies have shown that patient specific implants save surgery time by 25-40% due to removable intraoperative contouring and better surgical planning, improve quality reduction due to implant designs that are meant to recreate normal anatomy, and reduce complications due to better implant position and soft tissue sparing. Patient-specific implants have been demonstrated to be effective in complex fractures such as pelvic fractures, acetabular fractures and craniomaxillofacial trauma where standard implantation devices do not fit complex three-dimensional anatomy well, as well as in the incorporation of drug delivery facilities through antibiotic-eluting implants that prevent infection. Titanium and titanium alloys segment has the highest growth rate of 7.8% CAGR due to the excellent biocompatibility of titanium, its high strength to weight ratio and the ability to use 3D printing technologies which allows patient specific devices.

• Minimally Invasive Fixation Techniques: The introduction of specialized internal fixation equipment and surgical procedures that allow fracture fixation with small incisions instead of large cuts decreases the extent of soft tissue trauma, blood loss, chances of infection, and recovery periods. Conventional open reduction and internal fixation (ORIF) is a procedure that uses very large incisions that reveal the entire fracture site where direct visualization and manipulation are possible but with significant soft tissue trauma, blood loss of 200-800 ml on average with long bone fractures, and a 2-8% infection rate based on the location and complexity of the fracture. The minimally invasive plate osteosynthesis (MIPO) methods involve the use of small incisions to insert screws in a plate tunnelled under an intact bridge of soft tissue across a fracture, which reduces the incision length by 60-80 and soft tissue trauma. Percutaneous fixation with cannulated screws that are loaded over guidewires under fluoroscopic imaging allows fracture stabilization with stab incisions, with periarticular fractures, some pelvic fractures, and fractures with minimal displacement. The research on minimally invasive surgery indicates that MIPO has decreased the occurrence of infection to 0.5-3, lessened blood loss by 50-70% to 100-300 ml, reduced the period in hospital by 2-4 days, and expedited the return to work in 3-6 weeks, compared to the classic open methods. Intramedullary nailing is the final form of minimally invasive fixation of long bone shaft fractures in which a rod is placed through a small hole through the bone end and advanced through the marrow canal and locked by screws placed percutaneously and provides both rotational and length stability. The modern intramedullary nails have enhancements such as the reduction tools that help in positioning the fracture with minimally invasive techniques, multiplanar locking features that provide greater rotational mobility, and cannulated features that allow insertion through a guide wire that enhances precision.

Category Wise Insights

By Product Type

Why Plates and Screws Dominate the Market?

Plates and screws will constitute the largest market share in 2025 with a market share of about 42%. It is a dominance that is characteristic of the versatility of plate fixation systems that can be applied in virtually all fracture sites, such as long bones, periarticular fractures, and small bone fractures of the hands and feet. In orthopedic device studies, the plate and screw constructions have been shown to be more stable compared to metaphyseal and diaphyseal fractures, allow anatomical reduction with direct fracture visualization, and have a variety of plate designs that accommodate different fracture patterns. Current plate technologies are locking plates that offer angular stability that is essential to osteoporotic bone, compression plates that offer interfragmentary compression to aid primary bone healing, reconstruction plates with multiple planes of bending to address complex anatomy, and purpose-specific anatomically pre-shaped plates that save surgical time.

The typical long bone fracture takes 1-2 plates and 6-12 screws, and it costs USD 1,500-6,000 to purchase the implant based on the complexities. The screw locking technology transformed the use of plate fixation in which threaded screw heads entered into threaded plate holes, forming fixed angle constructs to increase stability in weak bone by 40-60% and the loosening rate of screws from 15-25% to 3-8%. Polyaxial locking systems are capable of variable screw paths in a 15-30 degree cone that circumvents anatomical limitations and neurovascularity.

The most common form of treatment of long bone shaft fractures such as fractures of the femur, tibia, and humerus is intramedullary nails, with the marrow canal bearing the nails giving it load-sharing fixation (28% market share). Modern interlocking nails have proximal and distal locking screws that prevent rotation and shortening, design innovations include cannulated nails that are fitted over guidewires, expandable nails that change diameter after insertion, and coated nails that have an antibiotic or bioactive coating that prevents infection and enhances healing. Such wires as Kirschner wires (K-wires) and cerclage wires are temporary stabilizers of fractures, especially in hand and foot surgery where the size of the bones is too small to use plates.

By Material

Why Titanium Alloys Are Growing Fastest?

Titanium and titanium alloys are the most rapidly growing segment with an expected CAGR of 7.8% between 2026 and 2035 due to their higher biocompatibility, which leads to fewer implant-related adverse effects; their high strength-to-weight ratio, which allows thinner implants with the same strength, and their better imaging compatibility since they cause fewer artifacts in MRI compared to stainless steel.

Compared to stainless steel (200 GPa), titanium has an elastic modulus of 110 Gpa (15-20 Gpa) that is closer to bone (110 Gpa), and stress shielding is less in areas where the excessively stiff implants assume excessive load and the normal bone cannot remodel. Based on the biomaterial studies, titanium implants have proven to exhibit a 15-20% lower rate of infection, 25-30% decreased soft tissue irritation and 40-50% fewer MRI artifacts than the stainless steel counterparts.

The natural oxide film of titanium offers excellent corrosion resistance in the human body, and corrosion products of stainless steel implants could lead to metallosis and other unfavorable tissue responses in 2-5% of patients. Some of the common Ti-6Al-4V (Grade 5) alloys are used in load bearing offering the best strength and commercially pure titanium (Grade 2-4) offers the best biocompatibility in non-load-bearing applications. Recent surface modifications such as plasma spraying, acid etching, and anodization form textures in micro- and nano-scales that support surface texturing that favors the implantation of biological fixation and positional stability.

Stainless steel retains 46% of the market share as the traditional material with the best mechanical properties and a lower price with a tensile strength of 540-750 Mpa sufficient in most applications and costs 40-60% less than titanium. Bioabsorbable materials with a CAGR of 7.5% provide removal of the implant removal process to be of greatest benefit in pediatrics, and poly-L-lactic acid (PLLA) and polyglycolic acid (PGA) are the most frequently used formulations whose degradation rates fall within 12-24 months.

By Application

Why Trauma Dominates Fixation Applications?

The biggest market share is the trauma application with a market share of about 36% in 2025 due to the high number of traumatic fractures of the body caused by accidents, falls, and violence necessitating urgent surgical repair. Traumatic injuries represent the most common 178 million fractures daily worldwide, of which every 40 require internal fixation, resulting in 71 million trauma fixations each year. A lower extremity trauma such as a femur shaft fracture, a tibial plateau fracture, an ankle fracture, or a calcaneal fracture would constitute 45% of all traumas that would normally be intramedullary nailed or plated fixed. Fractures of the upper extremity, such as humeral, radius, ulna, and hand fractures, constitute 35% of cases that are commonly treated with plates and screws.

Trauma outcome research has indicated that internal fixation of displaced fractures decreases malunion rates from 25-35% with conservative treatment to 3-8% with surgical fixation, nonunion rates from 8-15% to 2-5%, and functional outcomes with 85-90% of patients reporting excellent or good results. The advantage of early definitive fixation of polytrauma patients with multiple fractures in the 24-48 hour period before mobilization and lessening pulmonary complications is seen by the damage control orthopedics protocols that place emphasis on life-threatening injuries before definitive fixation of fractures.

Spinal surgery is the most rapidly expanding with 8.2% CAGR due to the aging population with degenerative spinal cases, the growing popularity of minimally invasive spinal fusion surgery, and the expansion of surgical indications. Spinal fixation surgeries with pedicle screw-rods, anterior plates, and interbody cages surpassed 1.6 million surgeries in 2024 around the world. Degenerative disc disease, spinal stenosis, and spondylolisthesis are the causes of 60% of spinal fusion surgeries, traumatic spinal fracture is the cause of 15%, and the correction of spinal deformity is 12%. Current spinal fixation also involves height adjustable expandable cages during insertion, titanium cages with porous surfaces that facilitate fusion, and robots that improve precision in placing screws by intraoperative x-ray or robotics.

By End User

Why Hospitals Lead Market Share?

The largest segment is in hospitals, which in 2025 makes up about 67% of the market share since most internal fixation operations involve hospital-based operating rooms, high-quality imaging equipment, anesthesia services, and postoperative care that is not available in an outpatient environment. Complex trauma cases such as polytrauma, open fractures with soft tissue loss, and fractures that require special technique also demand a hospital stay of an average of 3-7 days in the case of lower extremity fractures and 2-5 days in the case of upper extremity fractures. In the study of healthcare utilization the authors found that 78% of internal fixation operations take place in hospital inpatient units, 15% in hospital outpatient surgical units, and 7% in the ambulatory surgical units.

The cases with the highest level of complexity addressed in academic medical centers and Level I trauma centers are severe polytrauma, complex pelvic and acetabular fractures, and infected nonunions, which demand special knowledge, complex imaging, and strong intensive care capabilities. The Hospitals have a full stock of orthopedic implants worth USD 500,000-2,000,000 that allow the surgeons to have a variety of plate sizes, screw sizes, and specialized systems to use in case of an emergency, and this does not take place in a lag.

Growing at 8.1% CAGR, ambulatory surgical centers gain more and more of the routine orthopedic surgeries, such as simple fracture fixation, implant removal, and elective foot and ankle surgery, because of the lower cost of facilities and the convenient outpatient environment.

The simplicity of operations and reduced overheads make ASCs appealing to economically conscious patients and insurance companies since the procedure will cost half to a quarter of the amount in a hospital facility. Percutaneous pinning, wire insertion, and other limited fixation are performed in the specialty orthopedic clinics, which have minor procedure facilities under local anesthesia.

Report Scope

Regional Analysis

How Big is the North America Market Size?

The North America internal fixation devices market size is estimated at USD 3.74 billion in 2025 and is projected to reach approximately USD 6.21 billion by 2035, with a 6.6% CAGR from 2026 to 2035.

Why Did North America Dominate the Market in 2025?

The largest participant in the world is North America which has a market share of about 38% in 2025 because of its advanced healthcare facilities with more than 6,000 hospitals providing orthopedic surgery service, high rates of trauma with 53.5 million injuries leading to emergency department visits per year; aging population with 56 million Americans aged 65+ years and a high risk of fractures, and well-developed reimbursement systems to offer internal fixation services.

The United States had the largest market share because of the high levels of sports participation that result in the creation of 8.6 million sports related injuries that need surgical treatment, high motor vehicle accident rates leading to 2.7 million injuries including massive orthopedic trauma and the high level of orthopedic surgery with more than 28,000 working orthopedic surgeons. The healthcare statistics in the United States have shown that Medicare expenses on fracture care had topped USD 19 billion per year and hip fractures alone amounted to USD 5.1 billion of expenditure showing a huge financial drain. With Level I trauma facilities in large metropolitan regions, there is high access to specialized orthopedic trauma care which positively influences the outcome and survival.

U.S. Market Trends

The US market is in high demand due to the aging baby boomer population of 10,000 Americans turning 65 yearly through 2030 boosting osteoporotic fracture incidence, the obesity epidemic of 42% of adults augmenting the risk of falls and complicating treatment of fractures, and the active lifestyle, where sports participation is high among all age groups.

Demographic aging would drive up the incidence of hip fractures by 300,000 per annum up to 500,000 per annum by 2040. Value-based care programs focus on prevention of fractures, coordination of care and measurement of outcomes, and bundled payment programs are motivating efficient perioperative care and reduction of complications. The orthopedic industry data offered by the U.S. indicated that internal fixation surgeries were over 3.2 million annually in 2024 and the market is expected to increase by 6-7% each year due to the demographic changes and modernization of surgery technologies.

Why is Asia Pacific Growing at the Fastest Rate?

The Asia Pacific region is growing with the highest rate of 8.4% growth between the years 2026-2035 owing to the high population base of over 4.6 billion which generates enormous patient volumes, aging at an incredible pace especially in China, Japan and South Korea, increasing healthcare access and insurance cover as well as increasing incomes which makes surgical care affordable. The regional health records indicate that the Asiatic Pacific has 60% of all the fracture burden worldwide, and about 107 million fractures each year. China and India alone have 2.8 billion people with an incidence of fracture rates nearly identical to the developed countries, as urbanization, motorization, and lifestyle changes are escalating the trauma and osteoporosis.

China Market Trends

China has the largest and fastest-growing market in Asia Pacific, fueled by a population of 1.4 billion including 264 million people aged 60+ projected to reach 400 million by 2035; rapid motorization with 300 million motor vehicles creating substantial traffic accident trauma, and expanding healthcare insurance coverage under national programs increasing surgical access. Annual fracture incidence exceeded 30 million in 2024 with internal fixation procedures growing at 12-15% annually as healthcare infrastructure expands and surgical techniques disseminate. According to Chinese orthopedic market research, domestic manufacturers including Weigao, Trauson, and Sanyou Medical are capturing increasing market share from international competitors through cost-competitive products and local distribution advantages.

India Market Trends

India is the high growth opportunity with a population of 1.4 billion and a rapidly growing middle class who access private healthcare, high trauma burden (road traffic accidents claim 150,000 lives and cause serious injuries to 450,000 every year), and growing healthcare infrastructure (surgical capacity in the tier 2 and tier 3 cities is increasing). Internal fixation market is expected to increase at the rate of 11-13% CAGR up to the year 2030 due to rising affordability, healthcare awareness, and acceptance of surgery compared to conservative treatment.

Why is Europe Experiencing Steady Growth?

The European market is large due to the developed healthcare and the universal coverage that guarantees access to surgery, the aging population (as the EU27 countries have 20% of the population over 65), and the high quality of the surgical trauma care with the well developed emergency care in the medical sector. Europe is an area that has a high market share with advanced orthopedic training programs, active research and development, and good regulatory frameworks to assure device safety and efficacy. European health statistics indicate that there are more than 620,000 hip fractures a year in EU countries, which are projected to reach 900,000 by 2050 as the population grows old.

Germany Market Trends

Germany boasts of the largest European market, which is motivated by a population of 84 million people, of which 22% are aged 65 and above, and full coverage of health insurance, and hence everybody in the country has access to orthopedic services, and the country is full of orthopedic knowledge through world recognized university hospitals and research centres. German engineering mastery has stretched to the orthopedic device manufacturing industries, with firms such as Aesculap and Link coming up with new systems of fixation.

Why is the LAMEA Region Experiencing Growth?

The LAMEA area is experiencing increasing growth due to the improvement of the economic status and the possibility of additional medical investments, the increase in the insurance coverage and healthcare policy, as well as the increase in the awareness of the advantages of the modern treatment of fractures. Brazil and Mexico in Latin America are some of the markets that show stable growth as urbanization and motorization are rising, and as a result, traffic injuries are on the rise. The nations of the Middle East, such as the UAE and Saudi Arabia, are heavily investing in healthcare facilities with contemporary trauma centers embracing international standards. Regional health forecasts show that the procedures of fracture fixation will experience a 6-8% CAGR increase until 2030.

Top Players in the Market and Their Offerings

• DePuy Synthes (Johnson & Johnson)

• Stryker Corporation

• Zimmer Biomet Holdings Inc.

• Smith & Nephew plc

• Medtronic plc

• Acumed LLC

• Arthrex Inc.

• B. Braun Melsungen AG

• NuVasive Inc.

• Globus Medical Inc.

• Orthofix Medical Inc.

• MicroPort Scientific Corporation

• Others

Key Developments

• In March 2025: DePuy Synthes launched the VA-LCP (Variable Angle Locking Compression Plate) 3.5mm system featuring advanced polyaxial locking technology allowing screw insertion within 30-degree cone, enhancing surgical flexibility while maintaining angular stability for complex periarticular fractures.

• In January 2025: Zimmer Biomet announced FDA clearance for its ZipTight Fixation System utilizing bioabsorbable suture-based bone anchors for small bone and soft tissue-to-bone fixation, expanding bioabsorbable fixation applications in foot, ankle, and hand surgery. (Source: Zimmer Biomet Product Launch)

The Internal Fixation Devices Market is segmented as follows:

By Product Type

• Plates and Screws

• Rods and Pins

• Wires

• Nails

• Other Devices

By Material

• Stainless Steel

• Titanium and Titanium Alloys

• Bioabsorbable Materials

• Other Materials

By Application

• Trauma

• Spinal Surgery

• Orthopedic Surgery

• Craniomaxillofacial Surgery

• Other Applications

By End User

• Hospitals

• Ambulatory Surgical Centers

• Specialty Clinics

• Others

Regional Coverage:

North America

• U.S.

• Canada

• Mexico

• Rest of North America 

Europe

• Germany

• France

• U.K.

• Russia

• Italy

• Spain

• Netherlands

• Rest of Europe

Asia Pacific

• China

• Japan

• India

• New Zealand

• Australia

• South Korea

• Taiwan

• Rest of Asia Pacific 

The Middle East & Africa

• Saudi Arabia

• UAE

• Egypt

• Kuwait

• South Africa

• Rest of the Middle East & Africa

Latin America

• Brazil

• Argentina

• Rest of Latin America