In an innovative leap towards combating the opioid overdose crisis, VA has unveiled a groundbreaking tool: the 3D-Printed Naloxone Trainer. This milestone, led by a dedicated VA nurse and the Office of Advanced Manufacturing (OAM), promises to empower Veterans, their caregivers, and healthcare providers with the skills and confidence needed to respond effectively to opioid emergencies.
The genesis of this innovative trainer began with Diane Mosey, a VA nurse who recognized the critical need for a sustainable and accessible method to educate on the administration of naloxone—a lifesaving medication used to reverse the effects of opioid overdoses. Naloxone works by binding to opioid receptors, restoring normal breathing, and counteracting the potentially fatal impacts of an overdose.
Determined to transform her vision into reality, Mosey collaborated with the OAM’s biomedical engineering team at VISN-12 Great Lakes VA. Using advanced 3D-printing technology, they turned her initial prototype—crafted from plywood and wristbands—into a sophisticated, mass-producible training device. This collaboration marked a significant step forward in opioid overdose education.
The Naloxone Trainer's design is both practical and intuitive. It features a lifelike, 3D-printed nose and a simulated naloxone nasal spray device, allowing users to practice the administration process. These trainers are strategically placed in VA medical center waiting rooms, where Veterans and their caregivers can utilize their time to become familiar with the step-by-step procedure.
“The beauty of the trainer lies in its simplicity. By providing individuals with the opportunity to practice administering naloxone, we aim to empower them to act decisively during opioid emergencies,” explained Dr. Katie Schultz from Great Lakes VA.
The OAM’s ability to mass-produce these 3D-printed devices significantly enhances their accessibility. Integrating the Naloxone Trainer into existing training programs across the VA system will bolster the readiness of healthcare providers and the general public to respond to opioid overdoses more effectively.
Mosey expressed her excitement about the potential impact of her creation, stating, “In crisis, responders need to be able to move quickly and confidently, and this trainer helps users build that confidence.”
The Naloxone Trainer was first introduced at the Resuscitation Symposium in March, receiving a warm reception. Dr. Schultz emphasized the broader vision: “By making Naloxone education more accessible and engaging, we can empower individuals to act and potentially save lives.”
Looking ahead, OAM is eager to collaborate with VA healthcare providers and community partners to promote the widespread adoption of the Naloxone Trainer. This innovative tool stands as a testament to the power of technology and collaboration in addressing one of the most pressing public health crises of our time.
As the 3D-Printed Naloxone Trainer begins to make its way into more hands, it brings hope and empowerment to those on the front lines of the opioid crisis, paving the way for a more prepared and responsive community.