Cochlear
Osia
System
Biomedical
Animation
Design

Unveiling Osia System's Innovative Hearing Mechanism

The animation brilliantly elucidates the Cochlear Osia System's intricate function. It clearly demonstrates how sound is processed and transmitted through bone, providing profound insight into its innovative approach to restoring hearing. This visualization deeply connects with audiences.

Stunning 3D graphics meticulously highlight the system's elegant design and seamless integration within the body. The transparent views and precise anatomical renderings create an intuitive and engaging experience, fostering trust and comprehensive understanding of the technology.

Visualize Internal Mechanics Precisely

Our advanced 3D animation reveals the complex internal workings of the Osia System. This meticulous approach ensures unparalleled clarity and understanding, bridging the gap between intricate engineering and audience comprehension. It truly elevates medical education.

The team explored diverse visualization approaches to depict biological structures and device interactions flawlessly. Every detail was crafted with precision, showcasing our expertise in complex biomedical animation. We deliver visually stunning and highly effective content.

Client Brief

Cochlear approached Advids to create a detailed visual guide for the Cochlear Osia System. The goal was to educate surgeons and patients about piezoelectric sound transmission. By addressing misconceptions regarding bone conduction implants, the video clarifies internal mechanical processes to drive adoption among those with conductive hearing loss.

Video Creation Approach

Ingesting technical CAD files and anatomical references allowed our team to calibrate the foundational digital environment. Cochlear required a precise look at the Osia System to ensure medical accuracy across every frame. Advids engineered a project roadmap focused on the specific mechanical interaction between the external sound processor and the internal piezoelectric transducer.

Across internal anatomical structures, the digital link between the magnetic external processor and the internal implant coordinates the transduction of sound. This sequence centers on the movement of vibrations through the bone to the cochlea. By integrating biological acoustic pathways into the narrative, the animation proves how the device functions within a complex surgical site.

Medical device simulations clarify the transition from external sound capture to internal nerve stimulation. Rhythmic audio pulses work alongside the visual data to reduce cognitive load during the explanation of bone vibration. The final rendering provides a clear roadmap for patient education while maintaining the high clinical standards required for surgical training.

What are the steps in making a Healthcare MOA animation?

1. Research & Analysis
2. Script Writing
3. Character & Style Sheet
4. Storyboard Development
5. Voice Over Recording
6. Animating Stage
7. Sound Effects & Music
8. Translation & Foreign Voice (If needed)
9. Delivery & Formats

Video Production Techniques