Global Military Medical Device Technology Opportunity Analysis/Report 2022

Global Military Medical Device Technology Opportunity Analysis/Report 2022

DublinAnd the September 19, 2022 /PRNewswire/ – file “Growth Opportunities in Military Medical Device Technologies” Report added to Show.

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This research service investigates emerging technologies used in military health systems.

This study covers only locally applied hemostasis in pre-hospital settings; Intravenous infusion in hospitals is not included.

In addition to hemostatic wound care, the use of health monitoring devices such as wearables is increasing. These devices track vital statistics, including heart rate, blood pressure, stress and fatigue levels, and enable medical evacuation decisions. Digital health technology is also used for proactive healthcare and employee mental health care.

Over the years, the healthcare industry has developed many unique technologies for emergency medical and critical care services. The military or defense forces are an important user of critical healthcare products. Advanced medical technologies have improved the care provided, and they also enable safer and faster care for soldiers.

Severe bleeding can lead to hemodynamic instability, hypoxia, multiple organ failure, or death. The main cause of death of patients is blood loss due to trauma or injury on the battlefield. Usually, intravenous (systemic) or topical (topical) hemostatic agents are used to control excessive bleeding.

Natural biomaterials have gained popularity due to their ease of use and quick action. However, some of these hemostatic dressings cause irritation and exothermic reactions on the skin and take slow action to stop the bleeding. Advanced hemostatic wound care solutions address these challenges, and will play an important role in military health systems.

The enhanced and improved performance of humans with enhanced physical strength and immune resistance will become an important future prospect on the battlefield. Human enlargement devices such as exoskeletons will revolutionize the military health system by preventing injuries.

Main topics covered:

1. Strategic imperatives

  • Why is it getting harder to grow? Strategic imperative: factors that create pressures on growth

  • Strategic imperative

  • The impact of the 3 most important strategic imperatives on the military medical device industry

  • Growth opportunities fuel the growth pipeline

2. Growth environment analysis

  • Urgent care and ambulatory care are major military health system requirements.

  • Digital and robotic technologies meet military health requirements.

  • Major areas of innovation in military health systems include wound care, health monitoring, and human enhancement.

  • Increased funding and collaboration between MedTech and federal organizations is driving technological progress.

  • Cybersecurity and communication concerns present a challenge to the adoption of digital health devices.

  • Analysis scope

  • Research Methodology

3. Innovations of hemostatic for armies

  • Hemostatic solutions in armies – main requirements

  • Bandages and gauze embedded with hemostatic agents are the most commonly used hemostatic products.

  • Emerging hemostasis techniques and trends in military settings

  • Biomaterials hemostatic from natural sources

  • Universities Noteworthy Hemostatic Innovations

  • Emerging innovations in hematology for the treatment of stem hemorrhage

  • Chitosan wound dressings for hemostatic effect

  • Kaolin-based hemostatic dressings that speed up the body’s natural clotting process

  • Chitosan based wound dressings to control bleeding

  • All-in-one pressure pads that stop bleeding from severe wounds

4. Wearable health monitoring innovations for armies

  • Monitoring the health of military personnel enables improved physical and mental health and reduced injuries.

  • Wearable devices are the most widely used technical platforms for remote health monitoring in armies.

  • Emerging technologies and trends in wearable health monitoring for armies

  • Sensors and digital innovation in health monitoring

  • Notable university innovations in remote health monitoring

  • Remote health monitoring of physiological and behavioral data of soldiers

  • Mobile health app to monitor users’ mood and emotions

  • Tissue-integrated biosensors for continuous monitoring of vital body organs

  • A smartphone-compatible application for early detection of infections

5. Innovative robotic exoskeletons for armies

  • Robotic exoskeletons reduce the risk of injury to military personnel.

  • Innovations in materials, actuators and the ability to improve the performance of robotic exoskeletons

  • University innovations in soft, lightweight and noteworthy robotic exoskeletons

  • Intelligent exoskeletons capture crucial insights about soldiers.

  • Artificial intelligence powered exoskeletons

  • Bearing exoskeletons to improve performance and reduce musculoskeletal injuries

  • Fits full body exoskeleton to improve physical strength

  • Intelligent exoskeletons to improve stamina and provide unobstructed mobility

  • Exoskeleton suits inspired by human biomechanics to improve operator movement

6. Indicators of innovation

  • Military-funded research drives innovation in hematology.

  • An increasing number of partnerships will provide more efficient wound care solutions in military settings.

  • Private and public funding is accelerating the development of innovative wound care products.

  • Government-led efforts are encouraging innovation in the defense exoskeleton industry.

  • Collaborations and partnerships will expand the use of robotic exoskeletons in defense.

  • The US military is actively adopting real-time monitoring to control its forces.

  • The US military is partnering with digital health technology companies to improve soldiers’ performance.

  • The US and Chinese defense agencies are embracing emerging technologies in military health, especially digital ones.

  • The Russian military is focusing on human augmentation techniques.

  • Smart clothing and robotic exoskeletons are the most influential emerging medical technology in military health systems.

  • Hemostatic and health monitoring are easy-to-implement, high-impact solutions that improve the health of military personnel.

  • Technology roadmap for military medical systems

7. The universe’s growth opportunities

  • Growth Opportunity 1: Easy-to-use and quick wound closure thinning solutions for trauma injuries

  • Growth Opportunity 2: Digital Behavioral Therapy for Military Personnel

  • Growth Opportunity 3: Patient-Centered Care for Military

8. Appendix

For more information about this report visit

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