Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 61603 - cochlear electrode array depth gauge - the probe-array is used to verify the absence of ossification in the cochlea so that the cochlear implant electrode-array may be inserted under the best possible conditions for successful cochlear implantation.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 58804 - surgical implant template, single-use - the neuro zti implant indicator is used to select or prepare the final position of the cochlear implant receiver, without needing to handle the functioning implant. this tool should be used together with the processor indicator (m80176) to determine where to make the incision.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 32857 - extractor, - the magnet extractor is used to remove the cochlear device magnet or cochlear device dummy magnet from any corresponding cochlear device surgical range.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 35079 - forceps, - the insertion tools are a surgical tool designed to be used during cochlear device surgeries. they are intended to help facilitate the insertion of the cochlear device electrode array into the correct position.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 46479 - surgical implant template, reusable - the processor indicator is used to select or prepare the final position of the cochlear device. it mimics the shape of the speech processor to ensure the cochlear device and the sound processor do not overlap.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 35368 - stimulator, evoked response, auditory - the neuro one is a behind the ear (bte) processor which captures and processes sounds in order to convert this acoustic information into stimulations frames sent to the implant. the sound captured by the two microphones inside the processor is digitally processed by the sound processor. the stimulation signal is then sent to the implant via the antenna through the skin. the neuro one behind the ear sound processor is a non-implantable component of the neuro cochlear implant system and is designed for adults and children of all ages, diagnosed with unilateral and bilateral severe to profound sensorineural hearing loss (and hearing aid use does not provide adequate amplification for speech audiometry), and is only compatible with the neuro zti cochlear implant.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 35643 - stimulator, electrical, auditory, cochlea - neuro zti evo is a multi-channel cochlear implant. the device consists of a receiver/stimulator, fixation system, removable magnet, and a twenty contact electrode array. the receiver/stimulator is powered and controlled via an inductively coupled link to an external compatible processor. the neuro zti evo cochlear implant is designed for adults and children of all ages who have severe to profound unilateral or bilateral perceptive hearing loss, with a limited benefit from appropriately fitted hearing aids.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 61462 - hearing device programming interface unit - the digimap usb interface is used to allow fittings of bte processor. the clinician communicates with the patient through the interface and the help of digimap software. programming the processor is intended to determine hearing level and comfort level; assign frequency band for speech understanding and identification of environmental sounds; optimize volume, sensitivity etc. the digimap usb interface and software allow the transfer and saving of the fitting parameters into the bte processor. the digimap usb programming interface is a non-implantable component of the neuro cochlear implant system. digimap usb transmits the required settings to the behind-the-ear processor of the patient's cis so that the patient can obtain an optimal electrical stimulation from the cochlea. it is used for programming and configuring and communicates directly with the cochlear implant by using digimap software. the software sends the required settings to the processors through the digimap usb interface.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 35643 - stimulator, electrical, auditory, cochlea - neuro zti is a multi-channel cochlear implant. the device consists of a receiver/stimulator, fixation system, removable magnet, and a twenty contact electrode array. the receiver/stimulator is powered and controlled via an inductively coupled link to an external compatible processor. the neuro zti cochlear implant is designed for adults and children of all ages who have severe to profound unilateral or bilateral perceptive hearing loss, with a limited benefit from appropriately fitted hearing aids.

Australia - engelsk - Department of Health (Therapeutic Goods Administration)

oticon medical a division of audmet australia - 47374 - cochlear implant system sound processor - the neuro 2 sound processor enables the functionality of the neuro zti implant by delivering the power and data required for electrical stimulation of the cochlea. without the processor, the implanted components will not function. the neuro 2 is powered by zinc air batteries or rechargeable batteries, with electrical components housed in a mechanical design to enable the patient to wear the processor behind the ear. the neuro 2 is a bte processor which captures and processes sounds in order to convert this acoustics information into stimulation frames sent to the implant. the external part is composed of a bte processor, and an antenna, connected through an antenna wire. the sound captured by the two microphones inside the processor is digitized and processed. the stimulation signal is then sent through the skin to the implant through the antenna and its wire. the antenna contains a magnet which allows it to keep its position in front of the implant.