Continuous Passive Motion Devices Market Size, Share, and Growth Forecast, 2026 – 2033

The global continuous passive motion devices market size is likely to be valued at US$917.3 million in 2026 and is estimated to reach US$1316.8 million by 2033, growing at a CAGR of 5.3% during the forecast period 2026−2033, driven by population aging, rising orthopedic procedure volumes, expanding rehabilitation infrastructure, and wider adoption of technology-enabled recovery pathways. Demographic changes are increasing the clinical need for joint rehabilitation following degenerative musculoskeletal conditions and surgical procedures. Regulatory oversight is strengthening requirements for medical device quality, safety, and clinical evidence, supporting structured adoption among established manufacturers. Technology adoption is improving portability, motion control, patient usability, and rehabilitation monitoring. Expansion of ambulatory surgery, outpatient rehabilitation, and home-based care is creating broader deployment opportunities across the recovery continuum.

Driver - Rising Orthopedic Procedure Volumes and Demographic Aging

Increasing orthopedic procedure volumes are expanding the patient pool requiring structured postoperative rehabilitation, supporting demand for controlled passive joint movement. Aging populations face a higher prevalence of degenerative joint conditions and mobility limitations, increasing the need for rehabilitation technologies. The 2025 National Joint Registry reported a record 134,652 annual knee procedures in 2024, demonstrating the scale of orthopedic activity supporting rehabilitation demand.

Healthcare systems are also shifting recovery pathways toward earlier mobilization and shorter institutional stays. This transition increases interest in rehabilitation equipment that can support controlled movement after discharge. Continuous passive motion therapy can support standardized rehabilitation protocols where clinicians determine passive joint movement is appropriate. Growth in joint replacement activity, rehabilitation referrals, and aging populations therefore expands the addressable base for equipment deployment across institutional and home settings.

Expansion of Home-based and Outpatient Rehabilitation Infrastructure

Healthcare delivery models are moving toward outpatient procedures and home-based recovery, increasing demand for rehabilitation equipment that can function beyond conventional inpatient environments. Portable systems reduce dependence on repeated facility visits and allow equipment deployment across multiple care settings. Kinetec identifies continuous passive motion as an established component of orthopedic recovery, while manufacturers continue to support clinical and home-use rehabilitation pathways.

Infrastructure expansion is strengthening this transition. Ambulatory surgical centers and specialized rehabilitation networks require equipment that can be transferred efficiently between treatment locations. Portable and adjustable CPM platforms improve compatibility with decentralized care models. The result is a wider equipment utilization model extending from hospitals to outpatient facilities and residential settings, supporting replacement demand, rental models, and service-based rehabilitation programs.

Restraint - High Equipment Costs and Reimbursement Variability

CPM systems require motors, articulated components, electronic controls, patient supports, and specialized servicing. These requirements increase manufacturing and maintenance costs, particularly for portable systems designed for repeated use. Reimbursement policies vary across healthcare systems and clinical indications, creating uncertainty around utilization volumes and purchasing decisions.

Cost pressure can reduce margins when manufacturers compete through rental contracts or institutional tenders. Smaller healthcare facilities may delay equipment purchases when capital budgets prioritize diagnostic or surgical technologies. Limited reimbursement consistency can therefore restrict scalability, especially in price-sensitive markets where patients must absorb a significant portion of rehabilitation expenses.

Supply-chain Complexity and Maintenance Requirements

Continuous passive motion devices depend on mechanical assemblies, electronic controls, motors, sensors, and durable patient-contact materials. Component shortages or logistics disruptions can extend production lead times and increase procurement costs. International distribution also requires localized servicing capabilities and replacement-part availability to maintain equipment utilization.

Maintenance requirements create operational pressure for rental providers and healthcare facilities managing large device fleets. Equipment downtime reduces utilization rates and can weaken return on invested capital. Higher service and logistics expenses can compress margins, limiting rapid expansion into regions where technical support networks remain underdeveloped.

Opportunity - Development of Affordable and Portable Rehabilitation Systems

Manufacturers can expand access by developing lower-cost, lightweight, and energy-efficient rehabilitation systems for decentralized healthcare environments. The pathway includes simplified mechanical architectures, improved portability, and designs that reduce dependence on continuous electricity. In 2024, the Indian Government highlighted an IIT Ropar-patented mechanical passive motion device designed to improve affordability and off-grid accessibility for knee rehabilitation.

Affordable product innovation can create entry opportunities across emerging healthcare systems and rural rehabilitation settings. Manufacturers can combine basic motion functionality with modular accessories and simplified servicing to reduce total ownership costs. This strategy expands addressable demand among smaller hospitals, rehabilitation centers, rental providers, and home-care networks while supporting broader access to postoperative therapy.

Integration with Digital Rehabilitation and Connected Care

Digital rehabilitation creates opportunities to combine CPM equipment with monitoring, adherence tracking, and clinician-directed recovery programs. Connected interfaces can capture session duration, range-of-motion settings, and utilization data where product design and regulatory requirements permit. These capabilities can support more structured follow-up across outpatient and home-based recovery pathways.

The actionable growth pathway involves partnerships with rehabilitation providers, orthopedic networks, and digital health platforms. Connected CPM platforms could support equipment differentiation through data-enabled service models rather than hardware sales alone. Innovation in remote monitoring can also strengthen equipment rental programs, improve fleet management, and support scalable deployment across distributed rehabilitation networks.

Device Type Insights

Knee joint CPM devices are anticipated to secure around 52% of the continuous passive motion devices market share in 2026, reflecting strong utilization following knee replacement and other orthopedic procedures. The OptiFlex K1 supports structured knee motion during recovery. High procedure volumes, established clinical familiarity, and broad rehabilitation infrastructure strengthen demand across hospitals, outpatient facilities, and home-based recovery programs globally.

Shoulder joint CPM devices are expected to be the fastest-growing segment, propelled by increasing attention to structured rehabilitation after shoulder reconstruction and joint procedures. ARTROMOT shoulder systems demonstrate the application of automated passive movement protocols. Expanding sports medicine activity, aging populations, and specialized orthopedic rehabilitation programs are increasing demand for controlled shoulder mobility solutions across clinical and decentralized recovery settings.

Design Type Insights

Portable devices are poised to dominate with a forecast market share of over 60% in 2026, powered by expansion of outpatient care and home-based rehabilitation. Compact knee CPM systems can be transported between facilities and patient residences. Lower dependence on dedicated treatment rooms improves equipment utilization, while flexible deployment supports rental programs, shorter hospital stays, and distributed postoperative recovery pathways across healthcare networks.

Fixed devices are estimated to be the fastest-growing segment, fueled by increasing demand for structured rehabilitation within hospitals and specialized treatment facilities. Fixed CPM systems can support consistent therapy protocols under direct clinical supervision. Growth in orthopedic procedures and rehabilitation infrastructure is encouraging healthcare providers to deploy dedicated equipment, creating opportunities for manufacturers supplying durable, high-capacity rehabilitation solutions.

Distribution Channel Insights

Hospitals are likely to be the leading segment with a projected 48% of the continuous passive motion devices market share in 2026 due to high orthopedic procedure volumes and established rehabilitation infrastructure. Postoperative knee patients may begin structured motion protocols during institutional recovery. Centralized procurement, clinical supervision, and access to specialized rehabilitation personnel support equipment utilization across surgical and inpatient orthopedic care pathways.

Home-based users are anticipated to be the fastest-growing segment, fueled by shorter hospital stays and expansion of decentralized rehabilitation pathways. A portable CPM unit can continue prescribed passive movement after discharge. Rental availability, improved device portability, and increasing emphasis on recovery convenience are supporting adoption, while remote rehabilitation models create opportunities for broader equipment utilization outside conventional institutional settings.

North America Continuous Passive Motion Devices Market Trends

North America is expected to lead with an estimated 38% of the continuous passive motion devices market share in 2026, supported by high orthopedic procedure volumes, established rehabilitation infrastructure, and strong adoption of technology-based postoperative care. The United States Food and Drug Administration maintains extensive oversight of medical device submissions and performance, supporting structured market access requirements. Major rehabilitation equipment participants include Enovis and Kinetec, while expansion of outpatient and home-based care continues to influence equipment demand.

U.S. Continuous Passive Motion Devices Market Insights

The U.S. is projected to hold around 79% of the North America market share in 2026, supported by high orthopedic procedure volumes and advanced rehabilitation infrastructure. Established medical device distribution networks improve product availability. Medicare policies support eligible postoperative CPM use. Enovis and Kinetec maintain relevant rehabilitation equipment offerings. Growing outpatient surgery volumes are expected to strengthen portable device adoption across care settings.

Canada Continuous Passive Motion Devices Market Insights

Canada is forecast to account for around 21% of the North America market share in 2026, supported by structured healthcare delivery and orthopedic rehabilitation demand. Hospital procurement supports institutional equipment adoption. Population aging is expected to increase mobility rehabilitation requirements. Home-based recovery programs may support portable system utilization. Established international distribution channels are likely to improve equipment access across major healthcare facilities.

Europe Continuous Passive Motion Devices Market Trends

Europe is expected to account for around 29% of the continuous passive motion devices market share in 2026, supported by established orthopedic care pathways and aging populations. Medical device regulations influence product quality and market access. Germany and the United Kingdom remain important demand centers. Rehabilitation infrastructure and hospital procurement are expected to support continued adoption across institutional and home-based recovery settings.

Germany Continuous Passive Motion Devices Market Insights

Germany is expected to hold around 24% of the Europe market share in 2026, supported by advanced orthopedic infrastructure and medical technology adoption. Established rehabilitation services strengthen equipment utilization. Population aging is expected to increase demand for mobility restoration. Medical device manufacturing capabilities support product availability. Hospital and rehabilitation facility investments are likely to sustain demand for clinically supervised motion therapy.

U.K. Continuous Passive Motion Devices Market Insights

The U.K. is projected to account for around 18% of the Europe market share in 2026, supported by established orthopedic treatment capacity and rehabilitation services. The National Joint Registry recorded substantial knee procedure activity, supporting postoperative recovery demand. Healthcare providers are expected to focus on efficient rehabilitation pathways. Portable equipment and home-based therapy models are likely to gain relevance as care delivery continues shifting beyond hospitals.

Asia Pacific Continuous Passive Motion Devices Market Trends

Asia Pacific is forecast to be the fastest-growing market for continuous passive motion devices, stimulated by healthcare infrastructure expansion and rising orthopedic treatment capacity. The region is expected to account for around 22% of market share in 2026. Aging populations are increasing rehabilitation requirements. Expanding public and private hospitals are improving equipment access. Affordable and portable technologies are supporting wider adoption.

China Continuous Passive Motion Devices Market Insights

China is projected to hold around 34% of the Asia Pacific market share in 2026, supported by expanding hospital capacity and domestic medical device manufacturing. Rehabilitation services are expected to benefit from healthcare modernization. Growing orthopedic procedure volumes are increasing equipment demand. Local manufacturers are improving cost efficiency. ZD MedTech received medical device registrations for rehabilitation systems, supporting technology development.

India Continuous Passive Motion Devices Market Insights

India is forecast to account for around 16% of the Asia Pacific market share in 2026, supported by expanding orthopedic care and affordable rehabilitation innovation. Healthcare infrastructure development is improving access to recovery technologies. IIT Ropar developed a mechanical passive motion device for knee rehabilitation. Local manufacturing is expected to improve affordability and support wider deployment across hospitals and home-based care settings.

The global continuous passive motion devices market is moderately fragmented, with established rehabilitation equipment manufacturers competing through product reliability, clinical relationships, distribution reach, and specialized orthopedic expertise. Enovis, Kinetec, BTL Industries, MOTOmed, and Furniss Corporation represent notable participants across rehabilitation equipment and motion therapy categories. Product differentiation remains important due to varying joint applications and care settings.

Competition is shaped by device portability, motion control capabilities, servicing requirements, and compatibility with hospital and home-care pathways. Companies are expanding rehabilitation portfolios through technology development and broader distribution coverage. Enovis supports rehabilitation equipment through Chattanooga, while Kinetec maintains a dedicated focus on continuous passive motion technology.

Key Industry Developments:

• In August 2026, Enovis announced second-quarter 2026 results, with net sales reaching US$583 million and organic growth of 5%, reinforcing momentum across its orthopedic and rehabilitation technology portfolio.