Why MED-EL: Cochlear Implants
When your patients look for a cochlear implant, they don’t want a device or a technology. They want a solution to a problem. They want to unlock their potential, reach for every opportunity, and to hear life to the fullest.
That’s why our design philosophy is to provide the closest match to natural hearing from the ground up—creating a hearing experience that no other cochlear implant can match.
Our philosophy is to adapt the implant to your patient, instead of adapting your patient to the implant. Our individualized cochlear implants offer the closest to natural hearing in each cochlea from the very beginning—enabling each recipient to experience MyBest™ Hearing. With MED-EL, your patients can enjoy hearing life like it was meant to be heard.
We didn’t stop at the best hearing performance. We want every recipient to have the best possible hearing experience in their everyday lives. That’s why we design our audio processors to provide intuitive handling, stylish designs, and all-day wearing comfort. Wireless charging, Bluetooth® connectivity, water-resistant designs—our processors are made for real life
Choosing a cochlear implant is a life-long decision. Through all life’s bumps and bruises, MED-EL will be there for your patients. We created a one-of-a-kind magnet to deliver outstanding MRI safety*. Our robust titanium cochlear implants deliver proven long-term reliability your patients can always count on.
Only MED-EL delivers the proven combination of superior hearing performance, ease of use, and peace of mind that every recipient deserves.
Awarded to the SYNCHRONY System, comprising the SONNET 2 Audio Processor and accessories, SYNCHRONY 2 Cochlear Implant, and MAESTRO 8.0 fitting software.
Closest to Natural Hearing
How do we provide the most natural hearing possible with a cochlear implant? By engineering our electrode arrays to most closely match the precise natural design and function of the cochlea.
Our incredibly flexible electrode arrays protect the delicate structures in the cochlea, enabling atraumatic insertion all the way to the apical region. This allows our full-length electrode arrays to provide two full turns of Complete Cochlear Coverage, which maximizes the natural tonotopic stimulation range. Finally, our unique variable-rate FineHearing sound coding is the only sound coding that mimics the temporal phase-locking in natural hearing for a sound quality that no other cochlear implant can match.
Closest to Natural Hearing
We deliver the closest to natural sound quality for a hearing experience that no other cochlear implant can match.
We offer intelligent and intuitive audio processors available for outstanding performance and ease-of-use.
Peace of Mind
Our implants are engineered for the highest safety and long-term reliability for years of performance and true peace of mind.
Natural Loudness Growth
Our Dual-Loop Automatic Gain Control instantly adapts volume levels to make loud sounds more comfortable and soft sounds easier to hear. With an extended loudness growth range and compression ratio (3:1), our loudness growth more closely follows natural loudness growth in the cochlea.
This is an advantage for loudness balancing with bilateral CIs, or if the other ear has natural hearing, such as single-sided deafness or for bimodal listening with a contralateral hearing aid.
SONNET 2 uses Microphone Directionality to mimic the natural pinna effect by reducing sounds behind and focusing to the front of the listener. This enables significantly better hearing performance in noisy environments.
Natural directionality provides significant advantage in everyday life, and Adaptive directionality provides a powerful boost in complex noise.
Our incredibly flexible lateral wall arrays can gently adapt to the shape of each individual cochlea to protect the delicate natural structures. Multiple recent studies have shown only MED-EL arrays enable 100% scala tympani insertions.
Scala tympani placement enables significantly better hearing outcomes. Our gentle arrays also enable hearing preservation, for combined electric-acoustic stimulation with SONNET 2 EAS.
Complete Cochlear Coverage
In natural hearing, the nerve fibers of the spiral ganglion are tonotopically organized and extend the full length of the cochlea. If an electrode doesn’t cover two full turns (720°) of the cochlea, it can’t stimulate these nerve fibers to provide accurate pitch-place match.
Our long, flexible arrays can be safely inserted all the way to the apical region to provide natural tonotopic stimulation across two full turns of the cochlea. With complete cochlear coverage, recipients can enjoy a natural pitch match from the very
beginning. This enables significantly better hearing performance and a more natural hearing experience for your patients.
FineHearing Sound Coding
In nature, the cochlea uses two types of sound coding. Place-pitch tonotopic coding is used along the whole frequency range. In addition to place-pitch coding, low-frequency sounds are also coded by rate. With this time-coding, the frequency of nerve signals is synchronized to the frequency of the sound below ~1000 Hz.
That’s why we created the only cochlear implant sound coding that mimics the natural time-coding for low frequencies and provides place-pitch match throughout the cochlea. By mimicking natural sound coding, FineHearing provides much more natural sound quality.
Music is complex form of sound, making it one of the most challenging things to listen to. So when recipients can enjoy listening to music, you know they’ve reached a whole new level of hearing.
Benefits: Sound Localization
Whether it’s a noisy classroom or a busy sidewalk, knowing where a sound is coming from is essential for your patients. By providing more accurate interaural time differences (ITDs) and interaural level differences (ILDs), our cochlear implants enable more accurate sound localization than any other cochlear implant.
Intuitive Audio Processors
Our audio processors combine hands-free control with lightweight, water-resistant designs. Our Automatic Sound Management technology seamlessly adapts to changing listening environments for optimal hearing in any environment. With rechargeable batteries, stylish designs, and wireless connectivity, our audio processors are the right fit for every user.
And we design our new audio processors to be fully compatible with our previous implants, so recipients can easily upgrade to benefit from the latest technology. Whether it’s at work or on the playground, our audio processors are made to deliver exceptional comfort and hearing performance that your patients can always rely on.
Incredibly simple, simply incredible. By combining sleek simplicity, wireless charging, exceptional hearing, and seamless connectivity, RONDO 3 offers incredible performance in a sleek, stylish design—making it an ideal choice for any recipient.
- All-In-One Design
- Hands-Free Control
- Wireless Charging
With adaptive directional microphones, a sleek BTE design, and wireless connectivity, SONNET 2 is ideal for recipients want exceptional performance in challenging listening environments. Child-friendly wearing options and robust tamper-proof
design also make it ideal for infants and young children.
- Automatic Sound Management 3.0
- Adaptable Wearing Options
- Wireless Connectivity
Peace of Mind
We know your patients are making a life-changing decision, so they deserve honest and transparent information. They need to be able to set realistic expectations and make well-informed decisions. That’s why we publish transparent and comprehensive reliability reporting.
Why do we work so hard to create safe and reliable cochlear implants? MED-EL has always been privately owned. From the very beginning through today, MED-EL has been guided by our founders, the inventors of the modern micro-electronic multichannel cochlear implant.
To us, reliability isn’t just a number—it’s an enduring commitment to providing our recipients with the best possible benefit from their implant. That’s why every MED-EL cochlear implant is made to deliver the outstanding safety and reliability that your patients can always count on.
Outstanding MRI Safety
And for true peace of mind, SYNCHRONY 2 uses our proven SYNCHRONY magnet technology. In the next 10 years, 3 out of 4 of your patients will need an MRI. That’s why we created the revolutionary SYNCHRONY implant magnet—a rotatable, self-aligning magnet that enables 3.0 Tesla MRI scans* with no surgery,** and no hearing downtime. The one-of-a-kind SYNCHRONY implant magnet design delivers outstanding MRI safety.
"This was our first [3.0 Tesla] experience with the SYNCHRONY implant from MED-EL. We definitely would be confident to scan patients with these implants again and would happily talk to anyone else to assist them in performing scans also. The patient did not feel anything at all, no pressure or pain. At the end the patient said she would happily have another one! "
– MRI Technologist Mary O’Dwyer
Great Protection. Guaranteed.
Because of our long and positive experience with MRIs and cochlear implants, we offer a life-long MRI guarantee. In the very unlikely event that it’s damaged during an MRI scan we will replace the implant. Our MRI guarantee is:
- Valid for all MED-EL multichannel cochlear implants since 1994.
- Life-long and worldwide.
- The first and only offered by any hearing implant producer.
Provide your patients outstanding MRI safety with cochlear implants from MED‑EL.
When it comes to making reliable cochlear implants, it’s what’s on the inside that counts. With independent safety capacitors protecting every electrode channel, our implants can safely run much faster & longer stimulation
while delivering the most advanced sound coding.
Every one of our implants is precision crafted at our headquarters in Europe. By combining superior engineering with state-of-the-art manufacturing, our robust titanium implants deliver a proven record of long-term reliability.
- Proven Design
- Made in Europe
- Independent Safety Capacitors
A Trusted Partner
For more than 30 years, MED-EL has been a trusted partner and innovation leader in hearing implants. We’re here to work together with you, and we’re committed to providing outstanding service and support for our professional partners.
With the most advanced cochlear implant systems, we offer the best hearing experience for your patients and the best clinical experience for you.
Ready to learn more about MED-EL cochlear implants?
Fill out our simple contact form and we’ll get in touch with you.
See why individualized electrode arrays, safe access to MRI, and a streamlined central electrode lead for exceptional surgical handling make SYNCHRONY 2 your new favorite cochlear implant.
Find out what sets MED-EL electrode arrays apart from any other design to enable a closer to natural sound quality that no other cochlear implant can match.
SONNET 2 is our latest BTE audio processor for MED-EL cochlear implants. SONNET 2 is packed with tons of new technology that’s made for the best hearing experience possible.
Find out how wireless charging, directional microphones, and wireless connectivity make RONDO 3 incredibly simple and simply incredible.
By combining an intuitive interface with powerful fitting tools, MAESTRO 9.0 system software is faster, easier, and more powerful than ever before.
* The SYNCHRONY 2 cochlear implant is MR conditional. Recipients with a SYNCHRONY 2 Cochlear Implant may be safely MRI scanned at 1.5 and 3.0 Tesla following the conditions detailed in the instructions for use.
** Unless required for diagnostic reasons.
- Vaerenberg, B., Govaerts, P.J., Stainsby, T., Nopp, P., Gualt, A., & Gnansia, D. (2014). A uniform graphical representation of intensity coding in current-generation cochlear implant systems. Ear Hear. 35(5): 533–543
- Dorman, M.F. & Natale S.C. (2018). Auto-Adaptive: A noise level-sensitive beamformer for MED-EL cochlear implant patients. J Am Acad Audiol.
- O’Connell, B.P., Cakir, A., Hunter, J.B., Francis, D.O., Noble, J.H., Labadie, R.F., Zuniga, G., Dawant, B.M., Rivas, A., & Wanna, G.B. (2016). Electrode location and angular insertion depth are predictors of audiologic outcomes in cochlear implantation. Otol Neurotol. 37(8):1016–1023.
- O’Connell, B.P., Hunter, J.B., Haynes, D.S., Holder, J.T., Dedmon, M.M., Noble, J.H., Dawant, B.M., Wanna, G.B. (2017). Insertion depth impacts speech perception and hearing preservation for lateral wall electrodes. Laryngoscope. 127(10):2352-2357
- Analysis based on mean cochlear values and clinical data. Data on file.
- Rader, T., Döge, J., Adel, Y., Weissgerber, T., & Baumann, U. (2016). Place dependent stimulation rates improve pitch perception in cochlear implantees with single-sided deafness. Hear Res., 339, 94–103.
- Müller, J., Brill, S., Hagen, R., Moeltner, A., Brockmeier, S.J., Stark, T., Helbig, S., Maurer, J., Zahnert, T., Zierhofer, C., Nopp, P., & Anderson, I. (2012). Clinical trial results with the MED-EL fine structure processing coding strategy in experienced cochlear implant users.
- Killan, C., Scally, A., Killan, E., Totten, C., & Raine, C. (2019). Factors affecting sound-source localization in children with simultaneous or sequential bilateral cochlear implants.
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