RadNet (RDNT) 47th Annual Raymond James Institutional Investor Conference summary

Financial outlook and growth drivers

• Imaging center revenue projected to grow 16–18% in 2026, with digital health expected to increase around 50% year-over-year.

• EBITDA growth on the imaging center side is anticipated to outpace revenue, indicating margin expansion.

• Advanced imaging modalities (MRI, CT, PET CT) are experiencing mid- to high-single-digit same-store growth, with PET CT in double digits.

• Recent acquisitions, including a major one in Southwest Florida, are expected to contribute mid- to high-single-digit EBITDA growth.

• Medicare reimbursement and commercial payer benefits, as well as new center openings and joint ventures, are factored into guidance.

Operational headwinds and efficiency initiatives

• Labor costs are projected to rise about 4% same-center, equating to roughly $30 million.

• Weather-related disruptions in the Northeast and Mid-Atlantic are expected to impact Q1 revenue by $7–9 million.

• Last year, weather and fires caused a $15 million EBITDA impact; this year is expected to be less severe barring further disruptions.

• Stock-based compensation has increased due to digital health expansion but is expected to flatten going forward.

• Automation and AI-driven call center solutions are being implemented to reduce $60 million in annual human call center costs.

Technology and digital health strategy

• Digital health is structured around workflow solutions (RIS, PACS) and clinical AI, unified under DeepHealth OS.

• Recent M&A has expanded clinical AI capabilities across MRI, CT, ultrasound, mammography, and X-ray.

• The vision is for all images to be processed by AI, improving radiologist productivity and report turnaround.

• Gleamer acquisition brings autonomous X-ray reporting, aiming to reduce burnout and improve efficiency in high-volume, low-reimbursement modalities.

• Backend LLM and voice recognition tools are integrated for plain-English reporting and further workflow automation.