Cochlear

A smart cochlear implant system with internal memory and upgradable firmware that stores recipient-specific information and interfaces with external sound processors.

Oral R-azasetron besylate small molecule; Sensorion describes it as a 5-HT3 receptor antagonist and calcineurin inhibitor intended to protect and preserve inner-ear tissue from ototoxic and acute cochlear injury.

Marketed Nucleus cochlear implant platform with CI600 Series receiver-stimulator and electrode configurations, including CI632 Slim Modiolar and CI622 Slim Straight options, designed for 1.5T and 3.0T MRI access with magnet in place.

An active implantable bone-conduction system using piezoelectric stimulation to bypass dysfunctional outer and middle ear structures and send sound directly to the cochlea.

A neuroprosthetic implant that restores a level of auditory sensation by electrically stimulating the cochlear nucleus in the brainstem.

A percutaneous/osseointegrated Baha bone-conduction hearing system that transmits sound vibrations through a titanium implant and abutment to the cochlea for conductive, mixed, and selected unilateral loss indications.

Current-generation premium-power Baha bone-conduction sound processor with a fitting range up to 55 dB HL, Bluetooth LE Audio and Auracast support, paired app control, and compatibility across Baha implant and non-surgical wearing options.

Professional cochlear implant fitting software with guided workflows for programming and optimizing Cochlear implant sound processors.

Behind-the-ear cochlear implant sound processor with smart hearing technology, app support, wireless streaming, and remote programming workflows for compatible Nucleus implant recipients.

Rechargeable off-the-ear Nucleus cochlear implant sound processor with automatic listening-setting adjustment, retention and water-safe accessory options, app support, and Nexa compatibility variants.

Self-guided mobile app with listening exercises, practical communication tips, skill-building activities, and implant-use guidance for adult Cochlear implant recipients.

Investigational slim modiolar cochlear-implant electrode array designed to slowly elute dexamethasone in the cochlea after implantation to reduce inflammation and tissue response while supporting hearing outcomes in adults with sensorineural hearing loss.

Non-surgical Baha wearing options that hold a Baha sound processor against the head using SoundArc or Softband accessories so patients can trial or use bone-conduction hearing before implantation.

Passive transcutaneous magnetic Baha configuration using an osseointegrated BI300 implant and BIM400 implant magnet under intact skin, with an external Baha sound processor held by a sound-processor magnet.

Virtual assessment and remote monitoring tool for compatible Cochlear Nucleus or Kanso sound processors, enabling clinicians to review app-based hearing tasks, implant photos, aided audiogram, speech-in-noise performance, questionnaires, and device health data.

Totally implanted active middle-ear implant system studied to characterize implanted microphone sensitivity and maximum stable gain in adult recipients.

Pediatric functional listening assessment tool evaluated through normative data collection across PC, tablet, and online delivery formats.

Not-yet-recruiting AP-HP study evaluating bilateral Cochlear Osia/OSIA2 active transcutaneous bone-conduction implantation in children with high-grade microtia or ear atresia, including unilateral-versus-bilateral activation comparisons.

Integrated cochlear-implant diagnostic, processor MAP fitting, and tablet-based personalized auditory training program aimed at reducing speech-recognition error patterns in adult Cochlear Nucleus implant users.

Cochlear implant programming workflow using population mean mapping to reduce activation/programming burden while maintaining speech perception outcomes.