A New Era in Lung Cancer Detection: Robotic Bronchoscopy at Bayhealth
Cancer Care

A New Era in Lung Cancer Detection

If you or someone you love has ever faced the worry of a spot showing up on a lung scan, you know how overwhelming the questions can feel. What does it mean? How soon can you get answers? And what comes next? For many patients, waiting for clarity has been one of the hardest parts of the journey.

That’s why Bayhealth Hospital, Kent Campus has introduced the Ion by Intuitive® robotic-assisted bronchoscopy tool. Robotic bronchoscopy is a medical procedure that uses a tiny robot to help doctors look deep inside a person's lungs. It helps them find and take small tissue samples from hard-to-reach spots, like a special GPS for the lungs.

This advanced technology is designed to make lung cancer diagnosis faster, safer and more precise — offering patients and families peace of mind during a stressful time.

A Smarter Way to Reach Hard-to-Find Nodules

Lung nodules can be small, hidden deep in the airways and difficult to access with traditional techniques. The Ion platform was built to change that. Using an ultra-thin, flexible catheter, physicians can carefully guide the scope through the lungs to reach areas that were once nearly impossible to access. This level of precision makes it possible to collect tissue samples earlier and with greater accuracy.

For patients, that means fewer invasive procedures, shorter recovery times and quicker answers about what those spots might mean.

Why Timing Matters So Much

Lung cancer remains the leading cause of cancer-related deaths in both the United States and Delaware. One of the biggest reasons is that it’s often diagnosed late, when treatment options are limited.

The Ion platform helps shift that timeline. Paired with low-dose CT scans, which can detect suspicious spots before symptoms appear, this technology allows physicians to evaluate potential problems earlier. Detecting cancer at its earliest stage offers the best chance for effective treatment and long-term survival.

Benefits Beyond Accuracy

While precision is at the heart of robotic bronchoscopy, patients experience other important benefits. Because the procedure is minimally invasive, recovery tends to be smoother, discomfort is reduced and the risk of complications is lower compared to traditional biopsy methods.

Knowing that their care involves the latest technology designed with both safety and comfort in mind can make a difficult process a little easier to face.

Who Should Be Screened?

A robot-guided lung test, also known as a robotic bronchoscopy, works hand-in-hand with lung cancer screening. National guidelines recommend annual low-dose CT scans for adults between the ages of 50 and 80 who have a history of heavy smoking or other risk factors, such as exposure to harmful substances. Patients should ask their primary care physicians about their eligibility for a low-dose CT screening at one of Bayhealth’s Outpatient Centers in Milford, Dover and Smyrna.

If a screening reveals a suspicious nodule, the Ion platform can often provide the next step toward a clear diagnosis. Having this option available means patients don't have to watch and wait for the nodule to grow or go through more invasive testing.

A Step Forward for the Community

Bayhealth’s adoption of robotic bronchoscopy represents a meaningful step forward in cancer care for Delaware. By investing in this advanced technology, the Bayhealth Cancer Institute is ensuring patients have access to world-class tools close to home.

For patients and their families, that commitment means fewer unknowns, more confidence in care and a stronger chance at a healthier future.

To learn more about the Ion robotic bronchoscopy platform, visit Bayhealth.org/Ion. For information on cancer screenings and treatment through the Bayhealth Cancer Institute, visit Bayhealth.org/Cancer-Institute.

Written by Pulmonologist and Critical Care Physician Margarita Gianniosis, MD of Bayhealth Pulmonology, Blue Hen who is one of the expert physicians that performs the Ion procedure.