FlipProne XL App: AI-Driven Therapy and Big Data Analytics for Optimized Patient Positioning

The FlipProne XL App, developed by LSB MedTech, is designed to further enhance the use and application of the FlipProne XL system for healthcare professionals in hospitals, nursing homes, and disability care organizations. By leveraging artificial intelligence (AI) and Big Data analytics, this app enables real-time monitoring and intelligent therapy adjustments, significantly improving patient care quality.

AI and Big Data for Personalized Prone & Supine Therapy

The FlipProne XL App directly communicates with smart sheets and the FlipProne XL system, allowing automated and personalized patient positioning in any required position within their own bed. Through Big Data analytics, the app continuously collects and processes real-time patient data, including:

• Postural changes and positioning patterns

• Body pressure distribution and movement analysis

• Optimal positioning based on clinical algorithms

These insights enable continuous refinement of therapy, tailoring positioning to individual patient needs, thereby improving both treatment efficacy and patient safety.

Intelligent Positioning and Adaptive Therapy

The FlipProne XL App provides a safer and more efficient alternative to the labor-intensive manual repositioning of patients in hospital and home care beds. With AI-driven optimization and Big Data-based insights, the system supports multiple therapeutic approaches, including:

• AI-optimized Prone and Supine positioning

• Adaptive positioning with continuous lateral rotation based on real-time data analysis

• Big Data-based evaluation of patient response and pressure points

The Future of Patient Positioning

By integrating AI and Big Data analytics, the FlipProne XL App elevates Prone & Supine Therapy to a new level. Healthcare professionals gain access to data-driven insights, enabling more effective and personalized care decisions. This leads to shorter treatment times, reduced physical strain on caregivers, and improved clinical outcomes for patients.