Cedar Park, Texas – June 29, 2023 – Join ETS-Lindgren, a global leader in electromagnetic shielding and test systems, at the AHRA 2023 Annual Meeting & Exposition from Sunday, July 9, to Wednesday, July 12, at the Indiana Convention Center in Indianapolis, Indiana. AHRA – The Association for Medical Imaging Management – represents management at all levels of hospital imaging departments, freestanding imaging centers, and group practices. ETS-Lindgren’s ground-breaking products on display at AHRA 2023 include the EVO™ Series of MRI RF Shielded Doors as well as novel accessories such as ClearShield™ S-Glass, an Oxygen Monitoring System (OMS), and a portable handheld MRI Patient Scanner. ETS-Lindgren’s engineers and service support team will also be on hand to discuss the company’s maintenance programs and consulting services. With a focus on education, innovation, and networking, AHRA 2023 brings together industry experts and thought leaders to explore the latest trends and advancements in medical imaging.

At Booth #1020, open on Monday and Tuesday from 11:00 am to 2:00 pm and Wednesday from 9:30 am to 12:30 pm, ETS-Lindgren's team of experts will be available to answer questions and provide personalized recommendations based on specific needs. ETS-Lindgren specializes in providing cutting-edge solutions for MRI facilities, including shielding systems and enclosures, radio frequency (RF) test equipment, and accessories. ETS-Lindgren also offers a comprehensive suite of products that ensure the safety, reliability, and efficiency of MRI environments.

"We are thrilled to participate in AHRA 2023," said Joel Kellogg, Director of Global Marketing at ETS-Lindgren. "This event offers a great opportunity to connect with industry professionals and showcase our innovative MRI solutions. We look forward to engaging in meaningful conversations and sharing our expertise to help healthcare providers enhance the performance and safety of their MRI facilities. In addition, we are happy to review proven solutions that improve patient care while increasing patient throughput."

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