Project Details
[Return to Previous Page]Automated Tracheostomy Suctioning System
Company: Center for Immersive Learning and Digital Innovation, Penn State University
Major(s):
Primary: BME
Secondary: ME
Optional: CMPSC, EE
Non-Disclosure Agreement: NO
Intellectual Property: YES
This project aims to develop an Automated Tracheostomy Suctioning System (ATSS) to enhance the safety, efficiency, and precision of tracheostomy care. The device will address critical clinical needs through advanced features, providing patients with a reliable and user-friendly solution while enabling clinicians to deliver personalized care. The system integrates state-of-the-art technology, including flexible suction catheters, depth control mechanisms, and real-time monitoring, to minimize airway trauma and improve patient outcomes. Deliverables: Device Structure and Components: Flexible Suction Catheter: Medical-grade silicone or PVC material with adjustable diameters to suit diverse patient needs. Depth Control Mechanism: Motorized precision control for safe and adjustable catheter insertion. Closed-loop CO2 Monitoring: Integrated sensor for position verification, ensuring accurate catheter placement. Pressure and Depth Sensors: Alerts for excessive insertion force, preventing tissue trauma. Adjustable Suction Pressure: Feedback-regulated suction ranging from 50–150 mmHg for consistent performance. Hypoxia Detection and Hemoglobin Sensor: Real-time oxygen and blood detection to prevent complications. User Interface and Control Panel: Digital touchscreen with customizable suction settings, monitoring alerts, and emergency manual override functionality. Programmable suction intervals and real-time alerts for patients and clinicians. Multi-mode operation (automated, manual, hybrid) and patient-specific suction profiles for personalized care. Connectivity and Data Management: WiFi/Bluetooth integration with ICU monitoring systems for remote oversight. Data logging of suction events, depth, and pressure settings for quality assurance and clinical review. Power and Durability: Long-lasting primary battery with backup power for uninterrupted operation. Biocompatible, sanitizable materials for safe and frequent usage in clinical settings. Infection Control: Disposable, single-use catheters and tubing to minimize infection risks.
