ACCESSIBILITY FOR PEOPLE WITH DISABILITIES

Induction Loop for the Hearing Impaired in SEEDiA Products

Scroll to learn more
Pętla indukcyjna dla osób niesłyszących Solar Chargers for Bikes and Scooters
Audytorium z pętlą indukcyjną

How Does an Induction Hearing Loop Work?

An induction loop system transmits sound directly to hearing aids using magnetic induction. It generates a fluctuating magnetic field around a wire, allowing hearing aid users to receive clear audio. Sound captured by a microphone is converted into an electrical signal and transmitted to the induction loop receiver.

Practical Application in SEEDiA Products

Our products, such as solar benches and info kiosks, feature speakers that play informational audio or music. By incorporating built-in induction loops, hearing-impaired individuals can easily receive messages without being disturbed by ambient noise. Sound transmitted directly to the hearing aid enhances comprehension and significantly improves the experience of using public spaces.

Advantages of Induction Loop Systems

Supporting the Hearing Impaired

At SEEDiA, we believe that assistive listening technology are essential to improving the quality of life for the hearing-impaired. With innovative solutions like induction loops, we can significantly enhance the usability of our products and public spaces like parks, streets, train stations, concert halls, and many other places around.

We encourage you to contact us to learn more about how our technologies support individuals with hearing impairments in their daily lives.

case studies

around the world
Rzeszów Poland
2023 see case study
Pruszków Poland
2021 see case study
Ștefan Vodă Moldova
2023 see case study
Lausitzring Germany
2022 see case study
Ghimbav Romania
2021 see case study
Las Palmas Spain
2021 see case study
Norwich England
2021 see case study
Riyadh KSA
2021 see case study
Monaco Monaco
2020 see case study
Budapest Hungary
2020 see case study
Toronto Canada
2019 see case study
Athens Grecce
2019 see case study
Rzeszów Poland
2023 see case study
Pruszków Poland
2021 see case study
Ștefan Vodă Moldova
2023 see case study
Lausitzring Germany
2022 see case study
Ghimbav Romania
2021 see case study
Las Palmas Spain
2021 see case study
Norwich England
2021 see case study
Riyadh KSA
2021 see case study
Monaco Monaco
2020 see case study
Budapest Hungary
2020 see case study
Toronto Canada
2019 see case study
Athens Grecce
2019 see case study
259
cities
22
countries
3
continents
561
devices deployed