Medtronic Unveils AI Computing Platform for Surgical Procedures
The system uses real-time data to support clinical decision-making and includes an FDA-cleared application for monitoring surgical instruments.
The system uses real-time data to support clinical decision-making and includes an FDA-cleared application for monitoring surgical instruments.
The new technology is designed to improve oxygen saturation monitoring reliability across diverse skin tones and patient populations.
The system uses artificial intelligence to provide real-time guidance for brain biopsies, shunt placements, and other neurosurgical procedures.
The system uses real-time data to support clinical decision-making and includes an FDA-cleared application for monitoring surgical instruments.
The wearable sensor system provides continuous, simultaneous monitoring of maternal and fetal vital signs to improve clinical evaluation.
Read MoreThe software is designed to enhance spatial resolution and suppress artifacts in pulmonary, musculoskeletal, and inner ear scans.
Read MoreClearances expand options for hospitals seeking lower-cost alternatives to OEM robotic surgical instruments.
Read MoreThe platform combines planning, navigation, and robotics, with AI-enabled features for imaging and workflow support.
Read MoreDevice is designed to regulate irrigation and intrarenal pressure during endoscopic urologic procedures
Read MoreEchoNavigator with DeviceGuide uses AI to track and visualize repair devices in real time during minimally invasive procedures.
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The extremity-focused system is designed for point-of-care use, including clinics and ambulatory settings.