Baxter Unveils Advanced Surgical Tables and Smart Stretchers for Healthcare

Baxter International Inc. developed these surgical and patient support technologies to reduce physical strain on clinicians and streamline procedural workflows through automated positioning and connected hardware.

The integration of advanced mechanical rotation systems and smart stretcher platforms addresses specific ergonomic and operational bottlenecks in the perioperative environment. These technologies are primarily designed for spine surgery and emergency care settings where patient mobility and staff safety are critical factors in procedural success.

Automated 180-Degree Rotation in Spine Surgery
Traditional manual patient rotation during spinal procedures requires significant time and physical exertion from operating room staff. The AAT XR table facilitates 180-degree rotation without requiring the removal of the patient from the surgical surface. This mechanism utilizes dual-point control via the head column and a remote interface to manage patient positioning.

Technical specifications for the AAT XR include a weight capacity of 295 kg (650 lbs) to accommodate bariatric populations and a minimum table height of 56 cm (22 inches) to improve ergonomic access for surgeons. The system transitioned from lead-acid to lithium-ion battery technology to extend the operational lifespan of the internal power source. Baxter scheduled the United States launch for the second half of 2026, following the initial exhibition at the Association of periOperative Registered Nurses (AORN) Global Surgical Conference and Expo, held April 11–14, 2026, in Nashville.

Advancements in the Digital Supply Chain of Connected Care
The Dynamo Series smart stretcher serves as a mobile component of the automotive data ecosystem within hospital logistics, focusing on reducing the frequency of patient transfers between specialized surfaces. By integrating smart sensors and adjustable positioning into a stretcher format, the system aims to mitigate the risk of patient falls while maintaining comfort during high-pressure clinical transitions.

These connected care solutions allow for data integration across hospital networks, ensuring that patient status and equipment location remain transparent within the healthcare facility's digital infrastructure. James Teaff, president of Care & Connectivity Solutions at Baxter, noted that these portfolio evolutions are designed to enhance efficiency and support safer care by reducing the physical and administrative burden on care teams.

Clinical Impact on Operating Room Throughput
The implementation of automated rotation and smart stretchers directly affects surgical throughput by decreasing the time required for non-surgical tasks. In spine surgery, fast-lock and unlock functions on the AAT XR support smoother transitions between prone and supine positions. By optimizing these mechanical movements, surgical teams can allocate more time to the procedure itself, potentially improving patient outcomes through reduced anesthesia duration and decreased risk of staff injury during manual handling.

Edited by Evgeny Churilov, Induportals Media - Adapted by AI.

www.baxter.com