Mindray introduces TE Air e5M, expands wireless ultrasound portfolio

Mindray has launched the TE Air e5M Ultrasound Machine, a whole-body wireless scanning system designed to broaden access to advanced imaging at an affordable price point. The system joins the company’s TE Air Wireless Handheld Ultrasound portfolio and reinforces its commitment to offering pioneering technology without subscriptions or hidden fees.

With 22 types of examinations, up to 120 minutes of battery life and a lightweight, ergonomic design, the TE Air e5M is built to support a wide range of clinical settings including primary care, acute care and remote medicine. Clinicians can now purchase both the TE Air e5M and the TE Air i3P through Mindray North America’s new online store.

“The TE Air-Series of wireless handheld ultrasound systems ushers in a new era of ultrasound technology, setting a new standard in the industry,” said Maher Elhihi, vice president, Marketing Imaging & Corporate Communications at Mindray North America. “Our relentless commitment to innovation empowers healthcare professionals to deliver the highest quality of care with exceptional diagnostic confidence, mobility without compromise, and efficiency that drives real-world value. The TE Air e5M is a testament to this continuous dedication, combining cutting-edge performance, ease-of-use, and cost-effectiveness, making advanced ultrasound technology accessible to clinicians everywhere.”

Mindray said the TE Air-Series delivers strong investment protection, offering what it called the industry’s best total cost of ownership and a standard three-year warranty with no additional fees. The company said the platform is aimed at giving clinicians everything they need up front so they can focus on patient care.

Recent advances in wireless and point-of-care ultrasound

The handheld and point-of-care ultrasound (POCUS) sector has accelerated in recent years as clinicians seek faster, more flexible diagnostic tools across diverse care environments. Much of this momentum has been driven by advances in wireless technology, image processing and portability. Today’s systems are increasingly moving away from hardwired consoles and toward compact, battery-powered devices that can be used at the bedside, in outpatient clinics or in remote and resource-limited settings.

Artificial intelligence has also become a defining influence in ultrasound innovation. Many emerging platforms now incorporate automated image optimization, guided scanning, and real-time interpretation support, helping less-experienced users perform accurate exams. These tools can reduce variability, speed up workflows, and assist clinicians in capturing optimal images without repeated passes—an advantage especially valuable in high-volume emergency and primary care environments.

Battery life and durability have improved substantially as well. Early handheld systems often struggled to deliver long scanning sessions or maintain consistent connectivity. Newer models emphasize rugged design, seamless wireless connections and extended operating time, allowing clinicians to use them continuously across multiple patients without frequent recharging or resets.

There has also been a meaningful shift toward integration with electronic medical records and secure cloud-based platforms. This allows ultrasound images and reports to be shared quickly with consulting physicians, improving continuity of care and supporting collaborative decision-making. Educational applications have grown alongside clinical use, with wireless POCUS devices becoming standard tools in medical and nursing schools to train students in anatomy, procedures and diagnostic reasoning.

As health systems focus on cost containment, handheld ultrasound continues to stand out for its ability to enhance diagnostic capability while reducing reliance on larger, more expensive imaging modalities. The sector’s rapid pace of innovation suggests continued expansion, with wireless, AI-enabled and user-friendly systems poised to become essential tools across nearly all areas of care.