DELIVERING PRIVACY & SERENITY
ENHANCING PATIENT CARE THROUGH TARGETED SOUND
In hospitals worldwide, Holosonics’ Audio Spotlight® systems are transforming patient care by providing private listening experiences without disturbing others. This innovative directional audio technology creates sound in a narrow beam, similar to light, ensuring that only the intended listener hears the audio and maintaining a peaceful environment for all.
Audio Spotlight allows patients to enjoy TV, music, or educational content privately without disturbing roommates or nearby staff. By reducing the need for shared or disposable headphones, it addresses both hygiene and safety concerns. Its directional sound technology also protects staff and visitors by keeping conversations and alerts confined to specific areas, minimizing distractions. In doing so, it helps maintain a serene, healing environment throughout the hospital.
“Holosonics’ Audio Spotlight products were a great solution for in-ceiling speakers, giving them the flexibility for patients to listen to their own audio without interfering with each other, while maintaining a clean aesthetic to the environment.”
A PROVEN IMPACT ON HEALTHCARE
Mission Health Hospital, Asheville, NC
Over 200 Audio Spotlight speakers were installed in patient rooms to deliver TV audio directly to the guest seating area, allowing patients to rest undisturbed. This installation has been instrumental in maximizing rest and recuperation for patients.
Centene Corporation, Global Headquarters
At Centene's headquarters, a 20-foot by 5-foot digital display was enhanced with proximity sensors and hyper-directional audio from above. This setup activated specific content as visitors approached, providing an immersive storytelling experience without disturbing other guests in the lobby.
EXPLORE OUR SOLUTIONS
Holosonics offers a range of Audio Spotlight models to suit various hospital needs, from patient rooms to common areas. Our systems integrate seamlessly into existing infrastructure, providing a scalable solution for modern healthcare environments.
