Mike Piskie 
This peer-reviewed study found that when staff repositioned residents using feedback from a real-time pressure mapping system, peak interface pressures were significantly reduced (P = .016) and more preventive interventions were implemented (P = .012), demonstrating that pressure visualization directly improves the effectiveness of repositioning
In elderly care, pressure mapping directly supported staff education by improving pressure-injury awareness, strengthening repositioning decisions with visual feedback, and increasing the frequency and appropriateness of preventative interventions during routine care.
At Henry Ford Health System’s Medical ICU (Detroit), implementing real-time pressure visualization on 20 ICU beds was associated with a ~94% reduction in institution-related pressure ulcers versus the same months the prior year (16 to 1; 5% to 0.3%). The study reported no technical or safety issues and strong caregiver acceptance.
Real-time pressure mapping in ICUs, geriatric wards, operating rooms, and long-term care consistently showed that visual feedback allowed staff to identify high-risk zones, reposition more effectively, and prevent hospital-acquired pressure ulcers while also supporting wound healing.
Across multiple care settings, the evidence supports pressure visualization as a workforce enablement tool: it makes prevention practices more consistent, improves staff decision-making with real-time feedback, and strengthens training and standardization of repositioning technique.
At Villa Maria Care Center, Continuous Bedside Pressure Mapping over two months prevented all new pressure ulcers in 15 high-risk residents, supported healing of existing ulcers with no recurrence, and became an integral part of the pressure ulcer prevention program.
At White Oak of Rock Hill, no new pressure ulcers developed in 22 high-risk residents monitored with bedside pressure visualization, while existing ulcers showed 30–76% surface area reduction within 9 weeks
Pressure mapping improved workflow performance in a long-term acute care setting by reducing delays to scheduled turning, supporting more reliable execution of turning protocols, and creating clearer accountability around when repositioning actually occurs.
In a 55-bed LTAC facility in North Texas, pressure mapping technology improved nursing practice, reducing average turn delays by 63% and median delays by 56%, thereby lowering risk of tissue damage.
Real-time pressure feedback accelerates skills training by showing student nurses, instantly, whether a positioning change actually reduces interface pressure. This turns pressure-injury prevention from a theoretical lesson into a measurable competency and supports more consistent technique across learners and instructors.