The Global Point-of-Care Lung Ultrasound Imaging Market is projected to reach a market size of USD 743.28 million by the end of 2030

According to the report published by Virtue Market Research in Global Point-of-Care Lung Ultrasound Imaging Market was valued at USD 455.59 million and is projected to reach a market size of USD 743.28 million by the end of 2030. Over the forecast period of 2025-2030, the market is projected to grow at a CAGR of 8.5%.

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The point-of-care lung ultrasound imaging market has been expanding steadily, shaped by long-term drivers and recent global health events. One of the most important long-term drivers is the rising need for non-invasive and accurate diagnostic tools in respiratory care. The burden of chronic respiratory illnesses such as chronic obstructive pulmonary disease, pneumonia, and asthma continues to grow across the world. Traditional diagnostic methods like chest X-rays and CT scans often require specialized infrastructure and may involve radiation exposure, making them less suitable for repeated or rapid use. Portable ultrasound devices offer a safer and faster alternative, enabling clinicians to conduct bedside assessments with immediate results. This need for safer, faster, and patient-friendly solutions has anchored the growth of point-of-care lung ultrasound imaging, making it an essential tool in emergency departments, intensive care units, and even in rural and remote health settings.

The impact of the COVID-19 pandemic on this market has been particularly significant. When the virus began spreading globally, healthcare systems faced immense pressure to diagnose and monitor lung complications quickly. Conventional imaging systems were often overburdened, while patient transport to radiology departments posed infection risks. Point-of-care lung ultrasound imaging emerged as a frontline tool during this crisis. Clinicians found it useful for identifying fluid buildup, pneumonia-like conditions, and other lung abnormalities associated with COVID-19. Its portability reduced patient movement, minimizing cross-contamination risks, while its rapid results allowed faster clinical decisions. This widespread use during the pandemic accelerated adoption, raised awareness, and expanded the user base of these systems, leaving a lasting imprint on clinical practices even after the emergency eased.

In the short term, one strong driver for the market is the increasing demand for portable and handheld ultrasound devices. Many healthcare providers are now focusing on equipping their staff with tools that can be carried directly to patients, whether in hospitals, ambulances, or primary care centers. These smaller devices reduce reliance on larger imaging setups and help address growing patient volumes with speed and efficiency. Their affordability compared to larger machines also makes them attractive for small clinics and healthcare providers with limited budgets.

An opportunity for this market lies in the expanding role of telemedicine and remote healthcare solutions. In many parts of the world, especially in rural and underserved regions, patients have limited access to advanced diagnostic technologies. By integrating point-of-care lung ultrasound imaging with telehealth platforms, clinicians can conduct scans locally and share the images with specialists in real time. This creates a bridge between remote care and advanced clinical expertise, improving patient outcomes while reducing the burden on centralized healthcare facilities. As digital health ecosystems strengthen, this opportunity could redefine how ultrasound imaging is deployed and scaled globally.

A clear trend emerging in the industry is the incorporation of artificial intelligence into point-of-care lung ultrasound systems. Modern software solutions can now assist clinicians by automatically identifying patterns, guiding probe placement, and suggesting possible diagnoses. This not only speeds up the workflow but also reduces dependence on specialized training, allowing even general practitioners or emergency staff to perform effective scans. AI-driven advancements are expected to democratize lung ultrasound imaging, making it accessible to a wider group of healthcare professionals while maintaining high standards of accuracy and consistency.

Segmentation Analysis:
By Technology: Diagnostic Ultrasound Systems, Therapeutic Ultrasound Systems
The point-of-care lung ultrasound imaging market when segmented by technology shows distinct adoption patterns. Diagnostic ultrasound systems stand out as the largest in this segment, as they are widely used to evaluate lung conditions with precision. Their ability to detect pleural effusion, pneumonia, or pulmonary edema makes them the most preferred choice in hospitals and critical care setups. The focus on quick bedside examinations and non-invasive imaging has allowed diagnostic systems to maintain a stronghold in the market.

On the other hand, therapeutic ultrasound systems are the fastest growing during the forecast period. Their growth is supported by increasing research in lung-related therapies and the rising demand for technologies that can go beyond imaging and assist in treatment. As medical communities explore novel applications of therapeutic ultrasound in respiratory care, the interest in this segment continues to rise. The combination of clinical reliability and technological innovation ensures that both diagnostic and therapeutic systems remain crucial, but their roles are shaping differently, with diagnostics driving widespread usage and therapeutic options opening new avenues for expansion in respiratory health management.

By Product Type: Portable Ultrasound Device, Handheld Ultrasound Device
In terms of product type, portable ultrasound devices represent the largest segment due to their established role in diverse healthcare environments. These devices provide high-quality imaging while being flexible enough to serve in both advanced hospitals and small clinics. Their utility in performing accurate scans with larger displays and extended battery support makes them the preferred choice for clinicians who require dependable performance. In contrast, handheld ultrasound devices are recognized as the fastest growing during the forecast period. Their compact size, ease of use, and affordability are driving factors for their rapid adoption. Increasingly, handheld options are being embraced by emergency responders, rural healthcare providers, and even for home-care applications.

This growth reflects the ongoing shift toward mobility and accessibility in healthcare imaging. The rising push for point-of-care solutions that can fit into a pocket yet deliver reliable results highlights why handheld devices are capturing attention at an accelerated pace. Together, these product categories show how technology is being tailored for different needs, with portability leading in market share and handheld innovation leading in speed of expansion.

By End-User: Hospitals, Clinics, Ambulatory Surgical Centers
When segmented by end-users, hospitals emerge as the largest in this category. Hospitals benefit from a broad range of diagnostic requirements and the ability to invest in advanced imaging technologies. The high patient inflow, critical care demands, and the necessity of real-time imaging during emergencies give hospitals a dominant position in the market. Their role in managing acute respiratory cases and chronic lung disorders ensures continued preference for advanced ultrasound systems. On the other hand, clinics are expected to be the fastest growing during the forecast period. Their growth is influenced by the increasing trend of outpatient care and the demand for cost-effective imaging solutions that can be quickly deployed.

Clinics are increasingly adopting point-of-care ultrasound for routine check-ups, respiratory screenings, and rapid patient assessments, as this improves efficiency while reducing dependency on external diagnostic facilities. Ambulatory surgical centers, though significant, occupy a smaller share compared to hospitals and clinics due to their more specialized nature. The expanding role of clinics in early detection and preventive healthcare makes them a dynamic growth driver in this market, shifting more diagnostic capabilities outside traditional hospital walls.

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Regional Analysis:
Regionally, North America stands as the largest in this segment. The region benefits from advanced healthcare infrastructure, high awareness among clinicians, and early adoption of innovative diagnostic technologies. Strong reimbursement frameworks and active investments in medical research also support the widespread use of point-of-care lung ultrasound imaging. Meanwhile, Asia-Pacific is the fastest growing during the forecast period.

Factors such as a rising patient population with respiratory diseases, growing healthcare spending, and expanding rural healthcare initiatives are fueling this growth. Governments across several Asian nations are investing in healthcare modernization, and point-of-care ultrasound imaging fits well within these strategies by enabling faster and more accessible care delivery. Europe continues to maintain a steady market share supported by regulatory support and strong medical device adoption, while South America and the Middle East & Africa are gradually increasing adoption through targeted healthcare initiatives. The global outlook shows significant differences in adoption speed, with North America leading in size due to mature systems, and Asia-Pacific racing ahead in growth driven by demand, access expansion, and technological penetration across diverse healthcare settings.

Latest Industry Developments:
• Product miniaturization, AI augmentation, and subscription models are being combined to make devices cheaper to own and easier to use: Manufacturers are shrinking hardware while packing smarter software into pocketable scanners, then pairing devices with AI-assisted image interpretation and pay-as-you-go access plans so more care sites can afford enterprise-grade capability. This trend lowers the technical barrier for non-specialist users, speeds triage at bedside, and reduces capital outlay for clinics and ambulance services. By bundling analytics, cloud storage, and updates into subscription or SaaS models, vendors convert one-time sales into recurring revenue while continuously improving diagnostic performance for end users.

• Strategic collaborations, M&A and cross-industry partnerships are accelerating distribution and clinical validation: Companies are increasingly linking with telehealth platforms, hospital systems, and specialized startups to embed ultrasound workflows into broader care pathways. These alliances help secure fast clinical trials, regulatory support, and procurement contracts while opening channels to emergency medicine, primary care, and remote health providers. At the same time, venture funding and acquisitions are funneling capital into imaging-adjacent robotics and AI firms, which speeds product roadmaps and gives established vendors new capabilities to commercialize. The result is a denser network of partners that amplifies scale and shortens time-to-adoption.

• Market expansion through training, service ecosystems, and targeted emerging-market rollouts is reshaping go-to-market playbooks: Firms are investing in certified POCUS training programs, blended learning, and onsite clinician upskilling to drive device utilisation and clinical trust. Alongside education, vendors offer life-cycle services - remote support, modular warranties, and image-review services - to reduce operational friction for smaller clinics. Parallel efforts target Asia-Pacific and other high-demand regions with lower-cost configurations and distributor partnerships to capture volume growth. By combining education, aftercare, and locally adapted commercial models, companies are turning one-off sales into embedded clinical capabilities that expand market share.

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This release was published on openPR.