Bruin Biometrics LLC announced a new program to help hospitals and health systems secure reimbursement for pressure injuries identified as present on admission. The initiative seeks to close gaps in documentation that can cause hospitals to miss reimbursement when pressure injuries are not clearly recorded at intake. According to the company’s announcement, the program aligns point-of-care scanning with coding guidance so that clinicians and coders can demonstrate that a wound or pre-ulcer condition existed on arrival rather than developing during a stay.
What the reimbursement program covers
The program centers on using subepidermal moisture scanning during admission to document early tissue damage that may not be visible. Bruin Biometrics points providers to the Centers for Medicare and Medicaid Services ICD-10-PCS pathway for this workflow, citing code XX2KXP9 for scanning. The company is making a POA Coding Manual available to support correct documentation and claims submission, with further operational specifics to be shared through its customer channels. The goal is to help facilities distinguish pre-existing pressure injuries from hospital-acquired pressure injuries in order to reduce denials, avoid penalties tied to hospital-acquired conditions, and ensure appropriate payment for prevention and management care delivered to at-risk patients.
Hospitals already use early detection tools to triage risk during intake, but reimbursement hinges on linking that clinical activity to clear, auditable records. By formalizing how admission-time scans are captured and coded, the program aims to support consistent POA determinations across nursing, wound care, and health information management teams. That consistency is especially important as oversight intensifies around hospital-acquired conditions and as providers work to reduce length of stay and complications associated with late-recognized pressure injuries.
Context from market and evidence
Analysts expect the pressure ulcer device market to grow through 2034, with one report projecting it could reach about 9.38 billion dollars at a compound annual growth rate of roughly 5.6 percent, reflecting sustained adoption of detection and monitoring technologies across acute and long-term care settings. Early detection has also been examined in clinical and health-economic literature, with studies indicating that subepidermal moisture assessments can identify tissue damage before it is visible and may help guide earlier interventions that lower downstream treatment costs and improve patient outcomes.
Bruin Biometrics positions its reimbursement support alongside its existing SEM-based detection portfolio, directing providers to education and product resources that describe evidence and typical clinical workflows. For hospitals, the near-term impact will come from aligning admission-time scanning, documentation, and coding so that claims reflect the clinical reality observed at the bedside. Longer term, standardizing POA documentation for pressure injuries could help benchmark prevention practices across sites and support value-based care objectives.
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By the ID Tech Editorial Team
