Artificial intelligence is taking on a larger role in wound care as healthcare providers seek more accurate assessments, personalized treatment plans and better ways to monitor patients outside traditional clinical settings. The growing use of AI-powered imaging, predictive analytics and digital documentation is expected to drive significant expansion in the global wound care technology market.
AI in Wound Care Market Projected to Reach $2.71 Billion
The global artificial intelligence in wound care market is projected to reach $2.71 billion by 2030, representing a compound annual growth rate of 22.7%.
Growth is being supported by rising demand for customized wound management, wider adoption of remote patient monitoring and increased use of AI-powered clinical decision-support systems. Healthcare organizations are also looking for more cost-effective approaches to wound treatment, while integration with telehealth platforms is expanding opportunities for remote care.
The market has already recorded rapid growth, increasing from $0.97 billion in 2025 to an estimated $1.19 billion in 2026, a compound annual growth rate of 23.0%.
Factors supporting this expansion include the increasing prevalence of chronic wounds and diabetes-related ulcers, wider adoption of digital wound documentation, growth in hospital-based wound care programs and greater availability of imaging-based assessment technologies.
Personalized and Remote Wound Care Drive Demand
Personalized wound treatment is becoming an important focus for healthcare providers. AI-enabled systems can analyze clinical information and wound characteristics to help tailor treatment decisions to individual patients, potentially improving healing outcomes while making more efficient use of healthcare resources.
Remote patient monitoring is another significant growth area. Digital wound care platforms allow clinicians to assess healing progress outside hospitals and clinics, supporting earlier intervention when complications emerge and potentially reducing avoidable hospital visits or readmissions.
For Canada, where healthcare systems continue to explore virtual and digitally supported care, these technologies could also help clinicians monitor patients across geographically dispersed communities.
Major Companies Developing AI Wound Care Technology
The market includes established medical technology companies as well as specialized digital health businesses. Organizations active in the sector include Medtronic plc, Stryker Corporation, Smith & Nephew plc, Convatec Group plc, Mölnlycke Health Care AB, Derma Sciences Inc., Implicity Inc., Cecelia Health, Swift Medical Inc., Spectral MD Inc., PolarityTE Inc., eKare Inc., KroniKare Pte Ltd, Perceptive Solutions Inc., Tissue Analytics Inc., WoundZoom Inc., Intellicure Inc., WoundMatrix Inc., WoundVision LLC and The Wound Pros LLC.
Their work spans AI-assisted wound assessment, diagnostic platforms, imaging technologies and integrated digital care systems designed to support clinical decision-making and patient monitoring.
AI Systems Target More Accurate Burn Assessments
Spectral AI Inc., a U.S.-based artificial intelligence technology company, partnered with Australia’s PolyNovo to introduce the DeepView System at two major Australian hospitals.
The technology is designed to provide more precise assessments of burn wound healing potential while allowing developers to collect clinical feedback ahead of broader commercial deployment. PolyNovo develops medical devices used in complex wound management.
Canadian Technology Plays Role in Digital Wound Management
Canadian company Swift Medical has developed an AI-based digital platform known as Skin & Wound 2. The system is designed for healthcare providers working across different care environments and combines advanced imaging with automated wound monitoring.
The platform provides sub-millimetre accuracy imaging and can integrate with electronic medical records through Fast Healthcare Interoperability Resources, commonly known as FHIR. It also includes automated tracking of healing timelines.
The technology is intended to standardize wound assessments, reduce the administrative burden associated with clinical documentation and provide healthcare professionals with more consistent information when making treatment decisions.
Computer Vision and Machine Learning Expand Clinical Uses
A broader industry trend involves combining computer vision and machine learning with clinical information. These systems can analyze wound images and patient data to measure wounds, document changes and monitor healing progression.
Predictive healing analytics are also emerging as an important application. By identifying patterns in wound progression, AI systems may help clinicians recognize patients who require additional intervention and adjust treatment strategies accordingly.
AI Wound Care Market Segmentation
The market can be divided by wound type, technology and end user.
Acute wound applications include surgical wounds, traumatic injuries and burns. Chronic wound applications cover diabetic foot ulcers, pressure ulcers or bedsores, venous leg ulcers and arterial ulcers.
From a technology perspective, the sector includes deep learning, machine learning and other AI-based approaches.
End users include hospitals, nursing facilities, home health agencies, clinical trials and research centres, along with other healthcare organizations.
Digital Tools Expected to Reshape Wound Management
The outlook for artificial intelligence in wound care remains closely tied to broader healthcare trends, including personalized medicine, virtual care, automated clinical documentation and remote patient monitoring.
As AI imaging and predictive technologies mature, healthcare providers are expected to gain access to increasingly sophisticated tools for assessing wounds and monitoring recovery. With the market projected to surpass $2.7 billion by 2030, digital wound management is emerging as a rapidly developing area of healthcare technology.
Nolan Fraser is a contributor at Angperyodiko.ca, covering a wide range of topics including news, politics, business, technology, sports, entertainment, and lifestyle. He focuses on delivering clear, accurate, and accessible reporting that helps readers stay informed about current events and developments that matter. With an emphasis on useful information and balanced storytelling, Nolan aims to provide timely coverage and relevant insights for audiences across Canada and beyond.