The anatomical information you need at your fingertips
Visualize your patient’s unique anatomy
OTOPLAN® supports an automatic plug & play data import of DICOM files and allows to securely access imaging data from various sources like USB, external hard drive or PACS.
Image fusion enables the user to see the best information in each imaging modality (CT and MRI) combined, or the pre-operative cochlear parameter measurements with the post-operative image for a faster and more consistent post-operative analysis.
Powerful 3D modelling algorithm reveals each patient's anatomy in full detail. This allows the user to measure delicate structures like the cochlea before the intervention and plan the best possible outcome for the patient by making full use of the patient's individual anatomical preconditions.
Plan individualized otological implantations
It is possible to not only plan CI surgeries, but also other otological procedures. With OTOPLAN 3.0 you can also plan MED-EL’s bone conduction implant: BONEBRIDGE.
Enhanced ways to work
With OTOPLAN’s electrode visualization tool, you can compare electrode arrays from MED-EL’s comprehensive cochlear electrode array portfolio and see how each electrode array would match the unique cochlea of your patient. OTOPLAN uses individualized data to compare insertion depth and tonotopic pitch match with each MED-EL electrode array.
OTOPLAN makes it easy to discuss ideal electrode choice and individual surgical considerations with patients. One-step data export automatically generates a full case report in PDF or PowerPoint format for comprehensive consulting before and after the intervention.
OTOPLAN helps aligning the insertion angle to the natural anatomy of the cochlea which can facilitate a smooth insertion of the electrode array into the scala tympani. At the same time the trajectory is planned with OTOPLAN in a way, that helps preserve critical structures like the facial nerve and the chorda tympani; represented in yellow and light orange respectively. This minimally invasive trajectory can be transferred onto the HEARO system to use it for robotic cochlear interventions.
With the new automatic 3D reconstruction and thickness measurements of the skin and bone a custom heatmap can be created. This feature helps to visualize the optimal placement of the implant.
OTOPLAN supports uni- and bi-lateral placement planning for cochlear implants. Virtually move the implant housing and audio processor 3D models and easily mirror it to the opposite side. Together with the thickness measurements, this enables you to plan the placement in a safe and aesthetic location.
The latest version of OTOPLAN has also expanded its post-surgery assessment capabilities. The automatic implant detection is extended to also include the electrode lead and implant housing. This provides visual feedback on the insertion status and lead management.
Same data. New dimension.
The resulting cochlea 3D model can be used for a new way of presenting audiological information. The 3D Audiogram shows the frequency distribution of each cochlea as well as the patient-specific hearing capacity into the 3D context which enables you to combine anatomical and audiological information in one intuitive view. Together with the virtual electrode insertion, where preoperatively the insertion of the cochlear implant into the cochlea can be simulated and the insertion depth and frequency coverage can be assessed, you get empowered to easily visualize how each electrode can fit each individual cochlea.
OTOPLAN is available for desktop and tablet
|Previous version||Newest version|
|Multi-image data set management|
|2D and 3D measurement tools||1||5|
|Temporal bone thickness||Manual||Automatic|
|CI planning functionality|
|Virtual electrode insertion||2D||2D and 3D|
|Housing and processor placement (uni- and bilateral)|
|BONEBRIDGE planning functionality|
|Virtual cavity milling|
|Detection of electrode lead||Automatic|
|Detection of implant housing||Automatic|
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If you have any questions or need help, please reach out to MED-EL’s clinical support.
HEARO is the world’s first robotic surgical system for high precision, minimally invasive cochlear implantation.
By creating a tiny channel from the surface of the skull to the round window of the cochlea for insertion of the implant, it reduces trauma for the patient and enables to achieve consistent surgical results.