Skip to main content

From Dalhousie to the hit TV show The Pitt: A Nova Scotia innovation changing emergency care

A Nova Scotia‑engineered Ring Rescue device, born at Dalhousie and now used across North America, appeared in an episode of the award‑sweeping medical drama this week, showcasing real-life emergency innovation.
Actor Noah Wyle on set.

Posted: April 21, 2026

By: Dayna Park

An 11-year-old girl in Georgia put on a friend’s ring and couldn’t get it off. At first, it seemed harmless, but as her finger began to swell, the ring tightened. The more she tried to remove it, the worse it became, and by the time she reached the local emergency department, the situation had escalated.

Doctors and nurses tried everything they could to remove the stuck ring. After spending more than six hours in the health-care system, surgery was now being discussed. The possibility of losing her finger was real.

“That story captures the problem and the solution,” Dr. Spencer says.  

And now, the result of that work is appearing in primetime. 

When real medicine makes it to television

On March 12, Ring Rescue appeared on The Pitt, a popular emergency medicine television series known for its realism and for earning the respect of clinicians who see their work portrayed accurately on screen. 

Unlike many medical dramas, The Pitt takes accuracy seriously — especially when it comes to tools and procedures. 

“When it comes to medical procedures, they use the right equipment and they use it properly,” Spencer says. “They really do showcase modern medicine.” 

That commitment to realism made Ring Rescue’s inclusion particularly meaningful. 

“In a lot of other medical dramas, you sit there and laugh because they’re doing things that you don’t actually do in medicine,” he says. “It seems to me that The Pitt takes great pride in representing things accurately.” 

Want to watch? The episode of The Pitt featuring Ring Rescue is now available on Crave Canada.

When a stuck ring becomes an emergency

When people think of medical emergencies, they rarely tink of rings. But they should. 

“When a finger swells, a snug ring becomes a stuck ring,” Spencer explains. “And if swelling continues, that ring can become a tourniquet.” 

In these situations, blood that continues to flow into the finger is constricted from escaping, causing swelling to worsen, and the ring becomes even tighter. What begins as a nuisance can escalate into a situation that requires urgent intervention. 

A person having a ring removed from their finger with a specialized device. A ring being removed with Ring Rescue. (Photo courtesy of Ring Rescue)

Historically, health-care providers had few good options, especially as rings themselves evolved. Modern materials like titanium, tungsten carbide, stainless steel, and smart rings are far more durable than traditional gold or silver. While rings changed, the tools to remove stuck rings did not. That has led to a remarkable departure from medical standards, notes Dr. Spencer. 

“In no other area of modern medicine are clinicians improvising with repurposed hardware-store tools like grinders, bolt cutters, and other non-medical devices at the bedside,” Spencer says. “Medical device standards do exist for good reason, yet this mindset became normalized for ring entrapment treatment, and harms are well documented.” 

A made-in-Nova-Scotia success

The work traces back to Dalhousie’s Faculty of Engineering, where nearly a decade ago mechanical engineering students and Ring Rescue co-founders, Patrick Hennessey and Brad MacKeil, began exploring compression-based approaches to removing stuck rings.

They later teamed up with Dr. Spencer to refine the concept, form the company, and develop their first product — a compression device that reduces finger swelling and allows many stuck rings to be removed without cutting. This was followed by the development of the sophisticated Dolphin Ring Cutter, a definitive solution capable of cutting even the most durable modern ring materials. Together, these tools form the Ring Rescue system. 

A person's hands putting on a ring next to a case of related equipment. A Ring Rescue kit. (Photo courtesy of Ring Rescue)

Today, Ring Rescue products are deployed in every emergency department across Nova Scotia and P.E.I. — an unprecedented region-wide adoption of a locally developed medical device. The system is also used at more than 2,200 sites across Canada and the United States, including leading hospitals such as Mayo ClinicCleveland ClinicMount Sinai, and Johns Hopkins.

Since launching its full system in 2022, the company has grown steadily. Ring Rescue now employs nearly 20 people, holds regulatory clearance in both Canada and the United States, and has shipped more than 50,000 single-patient-use cutting discs—what Dr. Spencer equates to “fingers saved.” 

A real problem with a real solution

Ring Rescue is focused on becoming the global standard of care for stuck rings, and the team hopes that appearing on The Pitt will offer mainstream exposure. 

“I haven’t seen it yet, but I imagine the episode will depict some sort of time-sensitive emergency where our ring cutter is required to resolve it,” Dr. Spencer says. “And that’s real life.” 

He hopes the episode resonates differently depending on who is watching.

“If you’re not a medical professional and you’re watching this,” Dr. Spencer says, “you’re going to think, ‘Oh, there are modern tools that can solve this problem.’ But if you are a medical professional, I hope it’s an educational moment. An opportunity to discover a medically appropriate solution the next time you manage a stuck ring.” 

Actors on the set of a medical drama. A still from a recent episode of The Pitt. (Warrick Page/HBO Max)

With the right tools available, ring entrapment becomes what it should have been all along: a quickly and safely managed problem that protects patients, improves efficiency in busy emergency departments, and leaves both patients and clinicians with a better experience.

And for the thousands of fingers already saved, that solution traces its roots back to Dalhousie.