You can also choose to use TommieBot, an AI search assistant developed by St. Thomas School of Engineering students and faculty.

Take me to TommieBot
Favorites ()
Apply

Project RASCL: Catheter Camera Integration

Project Summary

Team 4 partnered with Nextern to develop an innovative single-use bronchoscope prototype. Traditional single-use bronchoscopes often struggle to provide clear imaging, making it challenging for healthcare professionals to visualize internal anatomy and tissues accurately. Our solution integrates a micro-camera and a custom multi-modality lighting system directly into the catheter. The camera delivers high-quality, real-time visuals while the lighting system dynamically enhances tissue contrast, enabling more precise identification of potential issues or diseases. We designed and tested a prototype to ensure it is safe, user-friendly, and can be assembled quickly. Our solution aims to improve accessibility, diagnostic precision, and patient outcomes.

Design Goal

Develop a cost-effective, disposable endoscope with multi-modality lighting for use in diagnostic procedures. The design will integrate seamlessly with previous RASCL projects, ensuring compatibility and enhancing overall functionality.

Design Constraints

  • The camera must be compact, with a maximum edge size of 2 mm.
  • It should provide a wide field of view, capturing at least 120 degrees in its direction of focus.
  • The system must include at least one type of specialized lighting to differentiate various tissues.
  • Unit cost shall not exceed $500

Download the project summary (PDF file).

Figure 1:   Disposable endoscope with multi-modality lighting

Figure 1: Disposable endoscope with multi-modality lighting