How Goddard & Aurie Created a Reusable Catheter System:
A Case Study

Overview

  • PROJECT: Reusable Catheter & Reprocessor

    OUTCOME: Safe, Affordable Reusable Catheter System

    DISCIPLINES: MedTech

  • TEAMS: Mechanical Engineering , Electrical Engineering, Human Factors Engineering, Software Engineering, Project Management

    SYSTEMS EXPERTISE: Design, Documentation, SolidWorks, Validation & Verification

The Challenge

Thousands of individuals need to use single-use intermittent catheters every day. Current intermittent catheter products make mobility and travel inaccessible to users and are often cost-prohibitive. Additionally, standard intermittent catheter users have an increased risk of complicated urinary tract infections (UTIs), with nearly 50% of users experiencing some type of infection annually. There are existing no-touch catheters that reduce infections by 45%, but these catheters are costly and are often not covered by insurance, creating a gap between affordable and safe catheter options.

Our Solution

Goddard and Aurie created a reusable catheter and reprocessor—a portable, compact, rechargeable device that automates the cleaning, disinfecting, and lubricating of reusable intermittent catheters. Goddard’s team of electrical, mechanical, human factors, and software engineers, worked to create a product that is being prepared for FDA submission.

Read the Full Aurie Catheter System Case Study