Nucleus Freedom implant
Smarter, stronger, future ready
Seven years in the making, Cochlear's Nucleus Freedom implant with Contour Advance™ electrode and Nucleus Freedom implant with Straight electrode, features a sophisticated electronics platform with a powerful new microchip. This new implant technology delivers leading performance for today, and the flexibility and power for the breakthroughs of tomorrow.
Best fit to your unique hearing fingerprint
Your speech coding needs are unique. The Freedom Implant delivers a broad range of options. Freedom offers the industry's most extensive choice of hearing programs. This helps ensure you achieve your optimal performance
Performance for a lifetime
The Nucleus Freedom implant is a powerhouse of capability. Nucleus Freedom has the intelligence built in for better hearing today, and is ready for the breakthroughs of tomorrow.
Freedom Implant Features
Magnetic Resonance Imaging (MRI) safe
Nucleus Freedom is safe for MRI scans up to 1.5 Tesla without the need to remove the magnet, and up to 3 Tesla with the magnet temporarily removed.
Small size
The remarkably small size of the implant is suited to infants and adults. It's designed to enable short surgery and fast recovery. The silicone enclosure allows the implant to bend, fitting snugly and securely.
Self-curling electrode
1. Sound clarity through 22 channels
The unique 22-channel electrode is designed to deliver a finer representation of sound when stimulating the hearing nerves, which is important for optimising sound clarity.
2. Softip—to protect and preserve
The industry’s only Softip electrode is designed to protect the delicate cochlear structures during surgery, which may lead to the preservation of residual hearing.
3. Thin, self-curling array
The array is designed to place the electrodes close to the hearing nerve—for focused stimulation and increased power efficiency—while applying less pressure to the delicate cochlear structures.
4. Free-fitting tapered array
The array is designed to leave generous space in the cochlear during insertion of the array.
