Fetal and Neonatal Monitoring Market Size, Share & Trend Analysis - Global - 2025-2031 - Includes: Fetal Market and Neonatal Market
Description
Global Fetal and Neonatal Monitoring Market Report, 2025 Edition
Executive Summary
The global fetal and neonatal monitoring market was valued at over 508 million dollars in 2024. This market is expected to grow at a 2.7 percent CAGR and reach nearly 613 million dollars by 2031. Growth is influenced by rising awareness among expectant mothers, higher clinical focus on early detection, and stronger demand for systems capable of supporting continuous monitoring across pregnancy, labor and neonatal care.
This report includes fetal monitors and neonatal monitors. It quantifies unit sales, average selling prices, total market values, procedure volumes and competitive shares. It also assesses the clinical, technological and logistical trends shaping the adoption of advanced monitoring solutions in hospitals, primary care centers, birthing centers and private clinics.
The report includes historical data from 2021 to 2024 and forecasts to 2031. It examines demand drivers, market limiters, mergers and acquisitions, product portfolios, and the competitive dynamics influencing global adoption. Increasing connectivity to hospital information systems, the growth of remote monitoring and the expanding role of less-invasive technologies are key themes throughout the analysis.
Market Overview
Fetal and neonatal monitoring systems are critical tools for assessing vital signs before, during and after birth. These technologies support early detection of complications, guide clinical interventions and help ensure safe outcomes for both mothers and newborns. In recent years, technological improvements and increased connectivity have made monitoring more reliable, more automated and easier to integrate into wider hospital networks.
The global market reflects multiple structural trends. Many facilities are now overdue for equipment replacement, which has increased interest in modern monitors that support full connectivity with hospital information systems. As hospitals prioritize centralized data management, monitoring systems with integrated software and wireless capabilities are becoming standard requirements for new installations.
In parallel, maternal awareness of fetal health is increasing. Expectant mothers are relying more heavily on professional monitoring during pregnancy and labor, and primary care centers are expanding their use of fetal monitoring equipment to support these demands. As the number of monitored pregnancies grows, hospitals must update aging equipment and add new devices capable of managing higher patient throughput.
Another important factor influencing the market is the growing interest in remote fetal monitoring. Facilities are working to reduce patient length of stay and support outpatient care. Remote-monitoring technologies allow expectant mothers to track vital signs from home and transmit data to medical professionals. This reduces congestion in maternity wards and enables earlier detection of potential complications.
Neonatal monitoring also continues to play an essential role within hospitals. Newborns with low birth weight, premature infants and babies requiring specialized attention rely on continuous monitoring of heart rate, temperature, respiratory patterns and oxygen saturation. Advances in neonatal monitoring equipment have resulted in more compact designs, better sensors, improved alarm systems and less-invasive methods for obtaining vital information.
Although demand is growing, the global market faces pressures from declining birth rates in several regions and the consolidation of maternity services into larger healthcare centers. These challenges impact unit sales in high-income markets but are partially offset by increased adoption of modern equipment in developing regions.
Market Drivers
Increased Awareness and Wider Adoption
Expectant mothers are becoming more informed about the benefits of reliable fetal monitoring during pregnancy and delivery. Rising awareness has resulted in greater use of fetal monitoring in hospitals and alternate care sites. Many primary care centers and private clinics now use advanced monitoring systems to meet patient expectations and safety standards.
Education from healthcare providers, digital resources and public health initiatives have all contributed to this trend. As patients learn more about fetal health indicators, they become more likely to seek frequent monitoring. This is expected to drive continued demand for both traditional hospital-based systems and remote-monitoring solutions.
System Connectivity and Hospital Integration
Hospital information systems are becoming central to how health facilities manage patient care. New fetal and neonatal monitors increasingly include connectivity features that enable seamless data transfer to electronic records. Facilities that have delayed equipment upgrades are now prioritizing the replacement of older devices that lack connectivity.
Integration with hospital networks also improves workflow by allowing multiple caregivers to access vital sign data in real time. This is especially important during labor and neonatal intensive care, where fast communication can significantly improve outcomes. Systems capable of monitoring parameters throughout pregnancy and storing data across different care stages are becoming more popular in both large hospitals and smaller clinics.
The shift toward outpatient care has also increased interest in remote fetal monitoring. Devices that allow expectant mothers to send vital sign data from home enable clinicians to track fetal health without requiring lengthy hospital stays. This aligns with global efforts to optimize hospital resources while maintaining high standards of care.
Technological Advancements and Less-Invasive Monitoring
Advances in both fetal and neonatal monitoring have produced devices that are more reliable, easier to use and less invasive. The trend toward non-invasive and minimally invasive monitoring improves patient comfort and reduces risks associated with older methods. Modern devices also support a greater number of monitored parameters, providing clinicians with more complete data for decision-making.
Wireless connectivity is another significant improvement. When combined with reduced device size and better battery management, wireless monitoring allows greater mobility for patients and supports flexible monitoring environments. This is especially beneficial in labor and delivery units, where patient movement can previously disrupt monitoring accuracy.
The increasing number of monitored parameters and the addition of wireless connectivity also help stabilize ASPs. Facilities may be willing to pay moderate premiums for equipment that allows more comprehensive monitoring and integrates easily with existing systems.
Market Limiters
Consolidation of Hospital Beds and Maternity Services
Many regions are consolidating healthcare services, including maternity wards, due to staffing shortages, budget constraints or regional restructuring. This centralization reduces the number of facilities offering maternity services, which lowers the need for new monitoring devices. Instead of acquiring equipment for several smaller locations, health systems may invest in a single center of excellence.
This consolidation also shifts the demand profile. Larger centers may purchase more advanced equipment, but the total number of units purchased can be lower than when multiple facilities were operational. As a result, unit growth may slow in markets undergoing consolidation.
Global Declines in Birth Rates
Falling birth rates represent a significant limiter to long-term growth. Many countries are experiencing shifts in demographics and lifestyle patterns. Delayed childbearing, socioeconomic pressures, changes in family planning, limited childcare availability and labor market conditions are contributing to declines. The global birth rate decreased by approximately one percent in 2024 compared to 2023.
Lower birth rates reduce the number of pregnancies that require monitoring. While higher awareness and improved access to prenatal care can offset some of the decline, the overall volume of fetal and neonatal monitoring procedures is directly influenced by population trends.
These demographic shifts have varied effects across regions. Some developing countries maintain higher fertility rates, while several high-income markets face consistent declines. Understanding these regional variations is essential for forecasting demand and planning commercial strategies.
Market Coverage and Data Scope
Quantitative Coverage
Market size
Market shares
Market forecasts
Market growth rates
Units sold
Average selling prices
Qualitative Coverage
Market growth trends
Market limiters
Competitive analysis and SWOT for major competitors
Mergers and acquisitions
Company profiles and product portfolios
FDA recalls
Disruptive technologies
Disease and demographic overviews
Time Frame
Historical data from 2021 to 2024
Base year 2024
Forecasts to 2031
Data Sources
Primary interviews with industry leaders
Government physician data
Regulatory databases
Hospital private data
Import and export records
iData Research internal data models
Markets Covered and Segmentation
Fetal Monitoring Market
Neonatal Monitoring Market
Competitive Analysis
Philips Healthcare held the leading position in the global fetal and neonatal monitoring market in 2024. The company competes strongly in both segments and is recognized for reliable devices, integrated platforms and advanced software capabilities. Philips ranked second to GE Healthcare in North America but held the leading share in Western Europe and the rest of the world.
GE Healthcare was the second-leading global competitor. Its strong presence in North America, where it leads the regional market, reflects the company’s brand loyalty and premium pricing strategy. GE also holds the second-leading position in Western Europe and remains a major contributor to global sales.
EDAN Instruments was a notable competitor in 2024. While smaller than Philips and GE, EDAN has built a strong presence in the fetal monitoring segment. The company offers a wide range of products within its F series of fetal monitors, many of which integrate with its MFM-CNS central monitoring system. EDAN also provides the FTS-3 fetal telemetry system, compatible with its F6 and F9 monitors, as well as the FTS-6 Mobile system.
The competitive landscape includes multinational manufacturers, regional suppliers and companies specializing in low-cost or mid-tier solutions. Connectivity, reliability, ease of integration and expanded monitoring parameters are common differentiators among leading brands.
Technology and Practice Trends
Technology trends are shifting how hospitals and clinics manage perinatal care. Modern devices emphasize ease of connectivity, accurate data acquisition and streamlined workflows.
Wireless monitoring is becoming more common, enabling greater patient mobility. This improves comfort during labor and reduces disruptions caused by traditional wired systems.
Developments in sensor technology have allowed more precise and less-invasive monitoring. Enhanced algorithms and signal-processing improvements provide clearer readings, even when patients are moving.
Integration with central monitoring systems supports coordinated care across multiple departments. Hospitals increasingly prefer systems that consolidate data from fetal, neonatal and maternal monitors into a single interface.
The expansion of remote monitoring supports earlier detection and reduced hospital stays. This trend is particularly valuable in regions working to reduce healthcare costs while maintaining high-quality prenatal care.
Geography
This report provides global coverage across North America, Europe, Asia-Pacific, Latin America, the Middle East, and Africa.
Why This Report
Where is the fastest growing opportunity in fetal and neonatal monitoring, and which segments will show the strongest demand by 2031?
How will declining birth rates influence future unit sales, and which regions are best positioned to offset these declines?
What is the impact of connectivity requirements and HIS integration on device purchasing decisions?
How will remote fetal monitoring influence equipment replacement cycles?
Which competitors are strengthening their position through technology, branding and system integration?
What features are becoming essential in modern fetal and neonatal monitoring equipment?
How can suppliers plan for shifting maternity service structures and the consolidation of hospital resources?
This report answers these questions using validated data models, procedure-based forecasting and detailed company analysis.
About iData Research
iData Research is a premium market intelligence firm headquartered in Canada with offices across North America and Europe.
Over the last 20 years, the company has specialized in device-level sizing, procedure models, pricing trends, and competitive share across MedTech.
Since 2005, iData has supported global OEMs, mid-market innovators, and investors with triangulated data based on units and ASPs, with country-level forecasts and analyst access across Europe, North America, Latin America, the Middle East, Africa, and APAC.
Reports are available with flexible licensing to fit commercial, strategy, and investment workflows
Executive Summary
The global fetal and neonatal monitoring market was valued at over 508 million dollars in 2024. This market is expected to grow at a 2.7 percent CAGR and reach nearly 613 million dollars by 2031. Growth is influenced by rising awareness among expectant mothers, higher clinical focus on early detection, and stronger demand for systems capable of supporting continuous monitoring across pregnancy, labor and neonatal care.
This report includes fetal monitors and neonatal monitors. It quantifies unit sales, average selling prices, total market values, procedure volumes and competitive shares. It also assesses the clinical, technological and logistical trends shaping the adoption of advanced monitoring solutions in hospitals, primary care centers, birthing centers and private clinics.
The report includes historical data from 2021 to 2024 and forecasts to 2031. It examines demand drivers, market limiters, mergers and acquisitions, product portfolios, and the competitive dynamics influencing global adoption. Increasing connectivity to hospital information systems, the growth of remote monitoring and the expanding role of less-invasive technologies are key themes throughout the analysis.
Market Overview
Fetal and neonatal monitoring systems are critical tools for assessing vital signs before, during and after birth. These technologies support early detection of complications, guide clinical interventions and help ensure safe outcomes for both mothers and newborns. In recent years, technological improvements and increased connectivity have made monitoring more reliable, more automated and easier to integrate into wider hospital networks.
The global market reflects multiple structural trends. Many facilities are now overdue for equipment replacement, which has increased interest in modern monitors that support full connectivity with hospital information systems. As hospitals prioritize centralized data management, monitoring systems with integrated software and wireless capabilities are becoming standard requirements for new installations.
In parallel, maternal awareness of fetal health is increasing. Expectant mothers are relying more heavily on professional monitoring during pregnancy and labor, and primary care centers are expanding their use of fetal monitoring equipment to support these demands. As the number of monitored pregnancies grows, hospitals must update aging equipment and add new devices capable of managing higher patient throughput.
Another important factor influencing the market is the growing interest in remote fetal monitoring. Facilities are working to reduce patient length of stay and support outpatient care. Remote-monitoring technologies allow expectant mothers to track vital signs from home and transmit data to medical professionals. This reduces congestion in maternity wards and enables earlier detection of potential complications.
Neonatal monitoring also continues to play an essential role within hospitals. Newborns with low birth weight, premature infants and babies requiring specialized attention rely on continuous monitoring of heart rate, temperature, respiratory patterns and oxygen saturation. Advances in neonatal monitoring equipment have resulted in more compact designs, better sensors, improved alarm systems and less-invasive methods for obtaining vital information.
Although demand is growing, the global market faces pressures from declining birth rates in several regions and the consolidation of maternity services into larger healthcare centers. These challenges impact unit sales in high-income markets but are partially offset by increased adoption of modern equipment in developing regions.
Market Drivers
Increased Awareness and Wider Adoption
Expectant mothers are becoming more informed about the benefits of reliable fetal monitoring during pregnancy and delivery. Rising awareness has resulted in greater use of fetal monitoring in hospitals and alternate care sites. Many primary care centers and private clinics now use advanced monitoring systems to meet patient expectations and safety standards.
Education from healthcare providers, digital resources and public health initiatives have all contributed to this trend. As patients learn more about fetal health indicators, they become more likely to seek frequent monitoring. This is expected to drive continued demand for both traditional hospital-based systems and remote-monitoring solutions.
System Connectivity and Hospital Integration
Hospital information systems are becoming central to how health facilities manage patient care. New fetal and neonatal monitors increasingly include connectivity features that enable seamless data transfer to electronic records. Facilities that have delayed equipment upgrades are now prioritizing the replacement of older devices that lack connectivity.
Integration with hospital networks also improves workflow by allowing multiple caregivers to access vital sign data in real time. This is especially important during labor and neonatal intensive care, where fast communication can significantly improve outcomes. Systems capable of monitoring parameters throughout pregnancy and storing data across different care stages are becoming more popular in both large hospitals and smaller clinics.
The shift toward outpatient care has also increased interest in remote fetal monitoring. Devices that allow expectant mothers to send vital sign data from home enable clinicians to track fetal health without requiring lengthy hospital stays. This aligns with global efforts to optimize hospital resources while maintaining high standards of care.
Technological Advancements and Less-Invasive Monitoring
Advances in both fetal and neonatal monitoring have produced devices that are more reliable, easier to use and less invasive. The trend toward non-invasive and minimally invasive monitoring improves patient comfort and reduces risks associated with older methods. Modern devices also support a greater number of monitored parameters, providing clinicians with more complete data for decision-making.
Wireless connectivity is another significant improvement. When combined with reduced device size and better battery management, wireless monitoring allows greater mobility for patients and supports flexible monitoring environments. This is especially beneficial in labor and delivery units, where patient movement can previously disrupt monitoring accuracy.
The increasing number of monitored parameters and the addition of wireless connectivity also help stabilize ASPs. Facilities may be willing to pay moderate premiums for equipment that allows more comprehensive monitoring and integrates easily with existing systems.
Market Limiters
Consolidation of Hospital Beds and Maternity Services
Many regions are consolidating healthcare services, including maternity wards, due to staffing shortages, budget constraints or regional restructuring. This centralization reduces the number of facilities offering maternity services, which lowers the need for new monitoring devices. Instead of acquiring equipment for several smaller locations, health systems may invest in a single center of excellence.
This consolidation also shifts the demand profile. Larger centers may purchase more advanced equipment, but the total number of units purchased can be lower than when multiple facilities were operational. As a result, unit growth may slow in markets undergoing consolidation.
Global Declines in Birth Rates
Falling birth rates represent a significant limiter to long-term growth. Many countries are experiencing shifts in demographics and lifestyle patterns. Delayed childbearing, socioeconomic pressures, changes in family planning, limited childcare availability and labor market conditions are contributing to declines. The global birth rate decreased by approximately one percent in 2024 compared to 2023.
Lower birth rates reduce the number of pregnancies that require monitoring. While higher awareness and improved access to prenatal care can offset some of the decline, the overall volume of fetal and neonatal monitoring procedures is directly influenced by population trends.
These demographic shifts have varied effects across regions. Some developing countries maintain higher fertility rates, while several high-income markets face consistent declines. Understanding these regional variations is essential for forecasting demand and planning commercial strategies.
Market Coverage and Data Scope
Quantitative Coverage
Market size
Market shares
Market forecasts
Market growth rates
Units sold
Average selling prices
Qualitative Coverage
Market growth trends
Market limiters
Competitive analysis and SWOT for major competitors
Mergers and acquisitions
Company profiles and product portfolios
FDA recalls
Disruptive technologies
Disease and demographic overviews
Time Frame
Historical data from 2021 to 2024
Base year 2024
Forecasts to 2031
Data Sources
Primary interviews with industry leaders
Government physician data
Regulatory databases
Hospital private data
Import and export records
iData Research internal data models
Markets Covered and Segmentation
Fetal Monitoring Market
Neonatal Monitoring Market
Competitive Analysis
Philips Healthcare held the leading position in the global fetal and neonatal monitoring market in 2024. The company competes strongly in both segments and is recognized for reliable devices, integrated platforms and advanced software capabilities. Philips ranked second to GE Healthcare in North America but held the leading share in Western Europe and the rest of the world.
GE Healthcare was the second-leading global competitor. Its strong presence in North America, where it leads the regional market, reflects the company’s brand loyalty and premium pricing strategy. GE also holds the second-leading position in Western Europe and remains a major contributor to global sales.
EDAN Instruments was a notable competitor in 2024. While smaller than Philips and GE, EDAN has built a strong presence in the fetal monitoring segment. The company offers a wide range of products within its F series of fetal monitors, many of which integrate with its MFM-CNS central monitoring system. EDAN also provides the FTS-3 fetal telemetry system, compatible with its F6 and F9 monitors, as well as the FTS-6 Mobile system.
The competitive landscape includes multinational manufacturers, regional suppliers and companies specializing in low-cost or mid-tier solutions. Connectivity, reliability, ease of integration and expanded monitoring parameters are common differentiators among leading brands.
Technology and Practice Trends
Technology trends are shifting how hospitals and clinics manage perinatal care. Modern devices emphasize ease of connectivity, accurate data acquisition and streamlined workflows.
Wireless monitoring is becoming more common, enabling greater patient mobility. This improves comfort during labor and reduces disruptions caused by traditional wired systems.
Developments in sensor technology have allowed more precise and less-invasive monitoring. Enhanced algorithms and signal-processing improvements provide clearer readings, even when patients are moving.
Integration with central monitoring systems supports coordinated care across multiple departments. Hospitals increasingly prefer systems that consolidate data from fetal, neonatal and maternal monitors into a single interface.
The expansion of remote monitoring supports earlier detection and reduced hospital stays. This trend is particularly valuable in regions working to reduce healthcare costs while maintaining high-quality prenatal care.
Geography
This report provides global coverage across North America, Europe, Asia-Pacific, Latin America, the Middle East, and Africa.
Why This Report
Where is the fastest growing opportunity in fetal and neonatal monitoring, and which segments will show the strongest demand by 2031?
How will declining birth rates influence future unit sales, and which regions are best positioned to offset these declines?
What is the impact of connectivity requirements and HIS integration on device purchasing decisions?
How will remote fetal monitoring influence equipment replacement cycles?
Which competitors are strengthening their position through technology, branding and system integration?
What features are becoming essential in modern fetal and neonatal monitoring equipment?
How can suppliers plan for shifting maternity service structures and the consolidation of hospital resources?
This report answers these questions using validated data models, procedure-based forecasting and detailed company analysis.
About iData Research
iData Research is a premium market intelligence firm headquartered in Canada with offices across North America and Europe.
Over the last 20 years, the company has specialized in device-level sizing, procedure models, pricing trends, and competitive share across MedTech.
Since 2005, iData has supported global OEMs, mid-market innovators, and investors with triangulated data based on units and ASPs, with country-level forecasts and analyst access across Europe, North America, Latin America, the Middle East, Africa, and APAC.
Reports are available with flexible licensing to fit commercial, strategy, and investment workflows
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