BioEngineering Grad Student Uses the MIX for Practicum

GMU Bioengineering Graduate Student Narender Reddy Reddymalli used the MIX Voron 2.4 series 3D printers to fabricate the parts for his Student Innovation: Ultrasound Eye Imaging CAD Device.

Reddymalli has designed and prototyped a novel medical device to facilitate advanced ultrasound imaging of the eye. The device, engineered using CAD software and fabricated with a combination of 3D-printed parts and metal fasteners, addresses the critical need for stable, multi-angle eye scans in both research and clinical settings.

The innovative stand features a modular holder for the ultrasound probe, allowing rapid adjustment in both angular and translational directions. This makes it easier for clinicians and researchers to capture clear images of the eye from multiple perspectives, boosting diagnostic accuracy and patient comfort. The frame, equipped with reinforced joints, wing-nut clamps, and a precision screw-mechanism, ensures excellent mechanical stability during scans, preventing unwanted movement or vibration.

Careful selection of materials—including robust 3D-printed plastic and metal components—ensures a lightweight yet strong assembly capable of repeated use. The project exemplifies the integration of engineering principles with hands-on prototyping, showcasing how student ingenuity drives practical advancements in medical technology at Mason.

This achievement reflects the university’s commitment to fostering student-led innovation in biomedical engineering and supporting the next generation of problem solvers. The device has already demonstrated its utility in real lab and classroom environments, helping to streamline workflows and improve outcomes for eye care and vision research.

Congratulations to Narender for combining technical skill and creative problem-solving to advance accessible, high-impact solutions in medical imaging!