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Semiconductors in Healthcare Applications Market - Global Industry Analysis, Size, Share, Growth, Trends and Forecast, 2016 - 2024

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Description

The set of applications of semiconductors in the healthcare industry has swelled in the past few years owing to the increased focus on developing a more patient-centric infrastructure with the help of digital intervention. Not only has the use of technologically advanced semiconductor-based devices increased in the healthcare field, the use of connected devices and information technology (IT) tools for managing several processes and operations has also increased. The report provides a detailed overview of these and other factors sought to have a lasting impact on the overall development of the global semiconductors in the healthcare applications market in the present and the future scenario.

The report offers a detailed overview of key aspects and segments of the global semiconductors in healthcare applications market. A comprehensive analysis of the latest statistics on the market are provided in the report, allowing the reader a valuable insight into the future growth prospects of the market and the potential restraints and opportunities.

Key segmentations in the global semiconductors in the healthcare applications market are made based on criteria such as use, type of semiconductor, type of sensors used in healthcare semiconductor applications, and geography. Each segment is thoroughly examined in terms of latest trends and demand and supply scenario. Key projections about the future state of the market are generated with the help of proven research methodologies and logical assumptions.

Global Semiconductors in Healthcare Applications Market: Overview

Of late, the focus of semiconductor companies on the healthcare industry has significantly increased. Technological advancements, an increased use of connected devices, and the digitization of a vast array of previously manually operated processes and operations in the healthcare industry are the key factors indirectly fostering this trend. To process the vast volumes of digital data developed by connected devices and digitized processes, the demand for effective data processing tools is becoming stronger with the passing day.

The data processing industry is one of the one of the key consumers and a huge contributor to the overall revenues of the global semiconductors market. As a result, these changes in the overall structure of the healthcare industry are playing a critical role in changing the outlook of semiconductor companies towards the healthcare industry. The use of semiconductors in the development of portable, self-care, and small therapeutic and diagnostic devices, demand for which is rising at a swift pace owing to the rising prevalence of chronic diseases, is also a key factor driving the market.

Of the key regional markets examined in the report, the market has witnessed rapid expansion across developed economies such as North America and Europe, which presently dominate the in terms of contribution of revenue to the global market. The market across these regions is driven by the favorable reimbursement policies, encouraging the increased usage of technologically advanced medical devices, and encouraging insurance policies. The Asia Pacific market is expected to be the most promising regional market owing to the vast improvement in healthcare infrastructure and the rising patient pool suffering from chronic diseases.

Companies Mentioned in the Report

Leading players in the global market for semiconductors in healthcare applications include Phillips Healthcare, GE Healthcare, Roche Diagnostic Limited, Texas Instruments, Abbott Laboratories, Medtronic, Inc., Spacelabs Healthcare, and Omron Healthcare, Inc.

For the study, the market has been segmented as follows:

  • By Use
    • Portable Telehealth Monitoring
      • Blood Pressure Monitors
      • Temperature Meters
      • Blood Glucose Meters
    • Consumer Medical Electronics
      • Pedometers
      • Heart Rate Monitors
      • Fall Detections
    • Medical Imaging
      • Respirators
      • Infusion Pumps
      • Electrocardiogram
    • Clinical Diagnostic and Therapy Devices
      • Ultrasound
      • Magnetic resonance imaging
      • Positron emission tomography
      • Endoscopes
  • By Types of Semiconductors
    • Compound Semiconductors
    • Electronic Chemical and Materials
    • Optical Coating
    • Thin Coated Film
  • By Types of Sensor used in Semiconductor Applications
    • High Sensitivity Electrical Potential Sensor
      • Contact Mode (measure bio-electric signals like ECG, EEG and EMG)
      • Non-Contact Mode (measure disruption in electrical field caused by human body movement)
    • Proximity Sensing
    • Movement Sensing
    • Gesture Sensing


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