Throughout this medical market research, we analyzed over 240 patient monitoring companies across 23 countries and used our comprehensive methodology to understand the market sizes, unit sales, company market shares, and to create accurate forecasts. While this MedSuite report contains all the Global Patient Monitoring market data and analysis, each of the market segments is also available

Growth in these mature markets is generally minimal considering that equipment is usually purchased on a replacement basis. However, hospitals are increasingly purchasing equipment that can be integrated with their hospital information systems in order to foster improved clinical workflow. Consequently, as hospitals continue to replace their monitors, they will instead opt for more advanced

In 2021, the European patient monitoring market size is projected to reach €1.8 billion, with the Telehealth market demonstrating the highest growth. Despite COVID19, the EU market size is expected to increase over the forecast period and exceed €2.3 billion in 2027. Currently, over 25% of the European market is dominated by three key competitors

Overall, the U.S. patient monitoring market was valued at approximately $5.4 billion in 2018. This is expected to increase over the forecast period, at a CAGR of 4.6%, to surpass $7.4 billion. A trend that is currently prevailing across the U.S. relates to the adoption of less-invasive, more accessible, patient-centric monitoring device configurations. This is

Fetal and neonatal monitoring are similar but they differ by the time during the pregnancy and birthing cycle when each device is used. Fetal monitoring occurs before and during the birthing process, while neonatal monitoring occurs after birth. Moreover, the parameters that are most important to be monitored vary depending on the stage of pregnancy. The growth and development of the fetus is important to monitor in antepartum situations in an attempt to detect complications such as intrauterine growth retardation and other malformations. Closer to labor, it is important to monitor fetal distress. After birth, it is important to monitor all physiological processes in order for physicians to take immediate, appropriate actions in the event of complications.

Fetal and neonatal monitoring are similar but they differ by the time during the pregnancy and birthing cycle when each device is used. Fetal monitoring occurs before and during the birthing process, while neonatal monitoring occurs after birth. Moreover, the parameters that are most important to be monitored vary depending on the stage of pregnancy. The growth and development of the fetus is important to monitor in antepartum situations in an attempt to detect complications such as intrauterine growth retardation and other malformations. Closer to labor, it is important to monitor fetal distress. After birth, it is important to monitor all physiological processes in order for physicians to take immediate, appropriate actions in the event of complications.

Fetal and neonatal monitoring are similar but they differ by the time during the pregnancy and birthing cycle when each device is used. Fetal monitoring occurs before and during the birthing process, while neonatal monitoring occurs after birth. Moreover, the parameters that are most important to be monitored vary depending on the stage of pregnancy. The growth and development of the fetus is important to monitor in antepartum situations in an attempt to detect complications such as intrauterine growth retardation and other malformations. Closer to labor, it is important to monitor fetal distress. After birth, it is important to monitor all physiological processes in order for physicians to take immediate, appropriate actions in the event of complications.

The full report suite on the India market for patient monitoring includes multi-parameter vital signs monitoring, wireless ambulatory telemetry monitoring, telehealth, electromyogram monitoring, electroencephalogram monitoring, fetal and neonatal monitoring, pulse oximetry and blood pressure monitoring devices. Across India, there is an increasing emphasis placed on patient comfort and mobility across lower-acuity care settings, wherein gaps in monitoring are further being filled with portable solutions.

The full report suite on the China market for patient monitoring includes multi-parameter vital signs monitoring, wireless ambulatory telemetry monitoring, telehealth, electromyogram monitoring, electroencephalogram monitoring, fetal and neonatal monitoring, pulse oximetry, and blood pressure monitoring devices. Across China, there is an increasing emphasis placed on patient comfort and mobility across lower-acuity care settings, wherein gaps in monitoring are further being filled with portable solutions.

The full report suite on the Australia market for patient monitoring devices includes multi-parameter vital signs monitoring, wireless ambulatory telemetry monitoring, telehealth, electromyogram monitoring, electroencephalogram monitoring, fetal and neonatal monitoring, pulse oximetry, and blood pressure monitoring devices.

The full report suite on the Japanese market for patient monitoring devices includes multi-parameter vital signs monitoring, wireless ambulatory telemetry monitoring, telehealth, electromyogram monitoring, electroencephalogram monitoring, fetal and neonatal monitoring, pulse oximetry, and blood pressure monitoring devices.

The full report suite on the South Korea market for patient monitoring devices includes multi-parameter vital signs monitoring, wireless ambulatory telemetry monitoring, telehealth, electromyogram monitoring, electroencephalogram monitoring, fetal and neonatal monitoring, pulse oximetry, and blood pressure monitoring devices.

The U.S. market for patient monitoring devices and equipment includes products that are designed to measure and observe changes in vital signs, or the neurological, homodynamic and cardiac functions of a patient. The devices exist within almost all areas of hospitals and alternate care sites and are also used in patient homes. Patient monitoring devices are also used for diagnosing patients with certain health complications, providing alerts and tracking treatments.

Fetal and neonatal monitoring are similar but they differ by the time during the pregnancy and birthing cycle when each device is used. Fetal monitoring occurs before and during the birthing process, while neonatal monitoring occurs after birth. Moreover, the parameters that are most important to be monitored vary depending on the stage of pregnancy. The growth and development of the fetus is important to monitor in antepartum situations in an attempt to detect complications such as intrauterine growth retardation and other malformations. Closer to labor, it is important to monitor fetal distress. After birth, it is important to monitor all physiological processes in order for physicians to take immediate, appropriate actions in the event of complications.

Fetal and neonatal monitoring are related processes that are used at different times during the pregnancy and birthing cycles. Fetal monitoring occurs before and during the birthing process, and may be invasive or non-invasive. Neonatal monitoring occurs after birth. In addition, the parameters that are most important to be monitored vary depending on the stage of pregnancy. The growth and development of the fetus is important to monitor in antepartum situations in an attempt to detect complications such as intra-uterine growth retardation and other malformations. During labor, it is important to monitor fetal distress, and after birth, it is important to monitor vital signs, especially in infants with complications or illness.

Fetal and neonatal monitoring are related processes that are used at different times during the pregnancy and birthing cycles. Fetal monitoring occurs before and during the birthing process, and may be invasive or non-invasive. Neonatal monitoring occurs after birth. In addition, the parameters that are most important to be monitored vary depending on the stage of pregnancy. The growth and development of the fetus is important to monitor in antepartum situations in an attempt to detect complications such as intra-uterine growth retardation and other malformations. During labor, it is important to monitor fetal distress, and after birth, it is important to monitor vital signs, especially in infants with complications or illness.