Silent ICU
If you are interested in learning how the concept of a 'Silent ICU' can significantly improve patient care and staff satisfaction through innovative noise reduction and enhanced communication technologies,
Studies have shown that equipment-related failures and communication-related distractions and inefficiency account for roughly 50% of total errors in the operating room [1][2]. Imagine the possibilities if we could significantly reduce both sources of error through the simultaneous implementation of advanced technology and seamless integration.
The concept of a Surgical Cockpit addresses this challenge by transforming operating rooms to maximize the time available for patient care. The primary objective is to provide healthcare professionals with every function at their fingertips, similar to the cockpit of an aircraft. Operators are supported by advanced assistance systems specifically designed to enhance patient safety and save lives. The "Surgical Cockpit" is not merely a vision; it represents a transformative approach to enhancing surgical workflow efficiency, reducing distractions, and improving operational flow.
Senior Business Development Manager
ZEISS Digital Innovation Health & Life Science Solutions
"Medical Errors in Orthopaedics. Results of an AAOS Member Survey." - Wong, David A. ; Herndon, James H.; Canale, S. Terry; Brooks, Robert L.; Hunt, Thomas R.; Epps, Howard R.; Fountain, Steven S.; Albanese, Stephen A. ; Johanson, Norman A.; https://journals.lww.com/jbjsjournal/abstract/2009/03000/medical_errors_in_orthopaedics (retrieved March 17, 2025)
"Surgical technology and operating-room safety failures: a systematic review of quantitative studies" - Ruwan A Weerakkody, Nicholas J Cheshire, Celia Riga, Rachael Lear, Mohammed S Hamady, Krishna Moorthy, Ara W Darzi, Charles Vincent, Colin D Bicknell; https://qualitysafety.bmj.com/content/22/9/710 (retrieved March 17, 2025)