Smart Hospital Beds Market

On 12 August 2024 Stryker announced a definitive agreement to acquire care.ai, a virtual care and ambient intelligence platform, in a company release, and one of the two largest hospital bed makers signalled that the bed is now a data point in a connected room rather than a piece of furniture. Douglas Insights values the smart hospital beds market at USD 4.02 billion in 2025 and forecasts USD 9.24 billion by 2035, a compound growth rate of 8.69%. The receipt is about 410,000 smart beds and retrofit kits shipped worldwide in 2025 at an average realised price of USD 9,800 per unit, where a smart bed carries integrated sensors for bed exit, weight or patient movement and connects to nurse call or the electronic health record. Units grow 7.4% a year as hospitals replace ageing fleets and fight falls and pressure injuries; price per unit grows 1.2% a year as more beds carry vital-sign sensing and software. The report sits within Douglas Insights coverage of medical devices and follows the published Douglas Insights methodology.

What does the smart hospital beds market include?

The smart hospital beds market covers 4 product groups, measured at about 410,000 units in 2025. Medical-surgical smart beds are the general ward beds with bed-exit alarms, integrated scales, siderail and brake sensors and nurse-call connection. Critical care smart beds add pressure redistribution, lateral rotation, patient positioning data and, increasingly, contact-free heart and breathing rate sensing. Bariatric and specialty smart beds cover high-capacity, maternity and paediatric beds with the same sensing. Retrofit sensor and connectivity kits add bed-exit sensing, pads or wireless modules to existing beds. Basic manual and electric beds without sensing or connectivity, mattresses sold on their own, home care beds, stretchers and nurse call systems sit outside the boundary; the whole bed and patient handling market is sized in our Hospital Beds and Patient Handling Market report. Value is measured at the price hospitals pay for the bed or kit, including embedded software.

What does Stryker’s care.ai deal mean for smart hospital beds?

The care.ai agreement of 12 August 2024 moved the competition in smart hospital beds from the frame to the room: Stryker, one of the 2 largest acute-care bed makers, bought software that uses room sensors and AI to watch patients and support virtual nursing, which puts bed data alongside cameras and room sensors in one workflow. Baxter, which owns the Hillrom bed business after buying it in December 2021, sells beds that feed vital-sign and bed-exit data into its connected care platform. Douglas Insights treats the deal as the event that fixes the direction of the market: bed makers are now selling fall prevention, pressure-injury prevention and virtual nursing support, and the bed is the sensor they already own on every ward. That shift is why the model lifts price per unit by 1.2% a year even as bed hardware faces tender pressure.

What drives smart hospital beds demand?

Fleet replacement is the first driver. Acute-care beds are typically replaced every 10 to 15 years, and a large share of the beds installed in US and European hospitals in the late 2000s and early 2010s is due for renewal this decade. Douglas Insights models units rising 7.4% a year, from about 410,000 in 2025 to about 837,000 in 2035, as replacement cycles shift purchases from basic electric beds to smart beds. Once a hospital standardises on a connected bed platform, it tends to buy the same platform for every ward it renews, so each large fleet contract locks in years of repeat orders for the winning supplier.

Falls and pressure injuries are the second driver. Inpatient falls and hospital-acquired pressure injuries are among the most common preventable harms, and in the US they carry reimbursement penalties and litigation risk. Bed-exit alarms, turn reminders and pressure-sensing surfaces address both, which is why medical-surgical smart beds hold 40% of 2025 value, USD 1.61 billion. Quality programmes that publish fall and pressure-injury rates by hospital add reputational pressure, and many health systems now require bed-exit alarms on every bed used for patients at high risk of falling.

Nurse shortages are the third driver. Hospitals in North America, Europe and parts of Asia cannot hire enough nurses, and beds that automatically chart weight, position and vital signs, and alert staff only when needed, free nursing time, the same staffing pressure behind the robots in our Hospital Pharmacy Automation Market report. Virtual nursing models, where a remote nurse watches several rooms, depend on that data, and they are the reason bed makers now integrate with the nurse call systems covered in our Hospital Nurse Call Systems Market report.

Hospital building in Asia and the Gulf is the fourth driver. China, India, Saudi Arabia and the United Arab Emirates are opening new hospitals and specifying connected beds from the start, which makes Asia Pacific the fastest-growing region at 11.42% a year and the Middle East the second fastest at 10.62%. New acute-care hospitals, specialty hospitals and long-term acute care units in these markets often buy whole floors of connected beds at once, so a single 500-bed project can add several million dollars of demand.

What restrains the smart hospital beds market?

Three restraints cut the 2035 figure to about USD 6.54 billion in the slower case. Capital budgets are the first: a smart bed costs several times a basic electric bed, and hospitals under margin pressure stretch replacement cycles or buy basic beds and add retrofit kits. Integration is the second: bed data is only useful when it reaches nurse call, the electronic health record and staff phones, and many hospitals lack the interfaces or IT capacity, so smart features go unused and buyers question the premium. Alarm fatigue is the third: poorly tuned bed-exit alarms add to the noise that nurses already ignore, and hospitals that have had bad experiences are slow to pay for more sensing. The slower scenario applies these together, cutting unit growth to 5.0% a year with flat prices.

Which smart hospital bed type carries the most value?

Medical-surgical smart beds lead with 40% of 2025 value, USD 1.61 billion, because general wards hold most hospital beds and fall prevention is their main purpose; they grow about 8.0% a year. Critical care smart beds hold 36%, USD 1.45 billion, with the highest price per bed and growth of about 8.6% a year as ICUs add contact-free vital-sign sensing. Bariatric and specialty smart beds account for 14%, USD 563 million, growing about 8.4% a year. Retrofit sensor and connectivity kits contribute 10%, USD 402 million, and are the fastest-growing type at about 12.6% a year, because they let hospitals add bed-exit and connectivity features without replacing the frame.

How do hospitals justify the cost of smart hospital beds?

Hospitals justify smart hospital beds on avoided harm and saved nursing time, because a smart bed usually costs 2 to 4 times a basic electric bed. A single serious inpatient fall can add days to a stay and, in the US, cost the hospital thousands of dollars that insurers will not reimburse; a hospital-acquired pressure injury can cost more. If bed-exit alarms and turn reminders prevent even a few such events per ward each year, the premium on a fleet can be recovered within the bed’s 10 to 15 year life. Automatic weight and vital-sign charting adds a second saving in nurse time, which matters more as staffing costs rise. The weak point in the case is adoption: the savings appear only if alarms are switched on, tuned and answered, which is why bed makers now sell training, analytics and service contracts with the beds.

Where are smart hospital beds bought, and which region grows fastest?

North America buys the most smart hospital beds, 42% of 2025 value or USD 1.69 billion, growing 7.11% a year on fleet replacement, fall-prevention programmes and virtual nursing. Europe holds 26%, USD 1.04 billion, growing 7.81% a year, with tender-based public purchasing and strong demand in Germany, France, the UK and the Nordics. Asia Pacific holds 24%, USD 964 million, and is the fastest-growing region at 11.42% a year as China, India, Japan and Southeast Asia build and upgrade hospitals. The Middle East adds USD 121 million at 10.62% on new hospital programmes in Saudi Arabia and the Gulf, Latin America USD 161 million at 9.71%, led by private hospital groups in Brazil and Mexico, and Africa USD 40.2 million at 9.01%, where demand comes mainly from private and new public hospitals in South Africa, Egypt and Nigeria.

Who makes smart hospital beds?

Douglas Insights estimates that the 2 largest suppliers, Stryker and Baxter’s Hillrom business, hold about 45% of 2025 smart hospital bed value, most of it in North America. Stryker leads in medical-surgical and critical care beds and, with care.ai, in connected-room software. Baxter sells Hillrom beds such as the Centrella and Progressa families with its connected care platform. Arjo, LINET and Paramount Bed are strong in Europe and Japan, and regional makers in China, India and Turkey compete on price. Retrofit kits come from bed makers and from sensor specialists. Chinese makers have grown quickly at home and are now bidding in Asian, Middle Eastern and Latin American tenders with connected beds priced well below Western brands. Suppliers win on fleet contracts, service networks, integration with nurse call and records systems, and clinical evidence on falls and pressure injuries.

How are smart hospital beds priced?

Smart hospital beds average USD 9,800 per unit in 2025 across beds and retrofit kits, but the range is wide. Retrofit sensor and connectivity kits typically cost USD 2,000 to 6,000 per bed including software licences, and make up about 100,000 of the 410,000 units. Medical-surgical smart beds typically sell for USD 8,000 to 15,000 in North America and less in European tenders and Asia. Critical care smart beds with pressure redistribution, rotation and vital-sign sensing reach USD 25,000 to 50,000 or more. Large health systems buy on multi-year fleet contracts with service and software included, and some suppliers offer beds as a subscription, with a monthly fee per bed that covers hardware, software updates and service, which suits hospitals short of capital. The price leg rises 1.2% a year as sensing and software content grows faster than hardware prices fall.

How could the smart hospital beds forecast change by 2035?

The base case carries 7.4% unit growth and 1.2% price growth for an 8.69% revenue CAGR and USD 9.24 billion in 2035. The slower scenario, with tight hospital capital budgets, stretched replacement cycles and slow integration, sets the legs at 5.0% and 0.0%, landing near USD 6.54 billion. The faster scenario, with rapid virtual nursing adoption, strong Asian hospital building and more vital-sign sensing per bed, sets them at 9.5% and 2.2%, reaching about USD 12.4 billion. Each 1-point change in unit growth moves the 2035 figure by about USD 898 million. Published forecasts for smart hospital beds run at roughly 6% to 11% a year on varying definitions; ours sits inside that range.

Douglas Exclusive: the smart hospital bed fleet replacement tracker

The Douglas Exclusive tracker estimates the installed acute-care bed fleet in 30 countries by age and smart-feature level, and the number of beds due for replacement each year to 2035, which drives the smart hospital beds unit forecast. Licence holders receive it as a maintained tab in the Excel model.

Which regulations and standards shape the smart hospital beds market?

Three layers of rules shape the smart hospital beds market. Device regulation comes first: hospital beds are medical devices, so a smart bed needs FDA clearance in the US and CE marking under the EU Medical Device Regulation, and vital-sign sensing features bring stricter evidence requirements. Safety standards are second: IEC 60601-2-52 sets the safety requirements for medical beds, and in March 2006 the FDA published its guidance on reducing bed entrapment sets dimensional limits for rails and gaps. Data and cybersecurity rules are third: in December 2022 the US Congress enacted a law adding cyber device requirements to medical device regulation, and in September 2023 the FDA published final guidance on cybersecurity in medical devices, with the requirements in force since March 2023, so connected beds that send patient data must meet those expectations as well as health data privacy rules, which adds cost for suppliers and review work for hospital IT teams.

What methodology sits behind the smart hospital beds market model?

The smart hospital beds model is built bottom-up from about 410,000 units in 2025 across 4 product types, 6 regions and 30 countries, valued at an average USD 9,800 per unit. Units are estimated from acute-care bed counts, replacement cycles, the smart share of new bed purchases and retrofit kit shipments; price comes from tender results, supplier disclosures and hospital purchasing evidence by type and region. Growth is decomposed as units times price per unit, and basic beds, standalone mattresses and nurse call systems are excluded. Every figure carries a numbered source and a confidence grade in the fact sheet above, and the working model ships with every licence. The next scheduled review of this study is September 2027.

Sources

1. Stryker Stryker announces definitive agreement to acquire care.ai (2024)
2. US Food and Drug Administration Hospital Bed System Dimensional and Assessment Guidance to Reduce Entrapment (2006)