Advanced Optronics develops ultra-thin, biocompatible implantable sensors that provide real-time monitoring of surgical instruments during cochlear implantation. These sensors deliver precise data and alerts to surgeons, reducing the risk of complications in delicate procedures.
Funding
$520K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
AHFounders
Product
Problem
Cochlear implantation is a delicate surgical procedure that currently relies on the surgeon's tactile feel and intuition to guide the insertion of electrode arrays, which can lead to complications and suboptimal outcomes. The lack of real-time, objective feedback during the procedure increases the risk of structural damage to the cochlea. Existing surgical tools lack the ability to provide surgeons with precise data on instrument flexing and strain within these tiny spaces.
Solution
Advanced Optronics develops ultra-thin, biocompatible sensors that integrate directly into surgical instruments to provide real-time feedback during delicate procedures, initially focusing on cochlear implantation. These micro-scale sensors detect minute flexing and strain, offering surgeons precise data to augment their perception and prevent potential complications. The surgical platform interprets real-time sensor data, providing alerts and warnings through a web or tablet interface. This system enables surgeons to monitor critical moments and receive continuous feedback, ultimately aiming to improve surgical outcomes and patient care by providing real-time AI guidance.
Target Audience
The primary target audience includes neurotologists and cochlear implant surgeons seeking to enhance the precision and safety of cochlear implantation procedures, as well as hospitals and surgical centers focused on improving patient outcomes and reducing complications.
Features
- Ultra-thin, biocompatible sensors designed for integration into surgical instruments
- Real-time monitoring of instrument flexing and strain during procedures
- Custom-tailored platforms for specific surgeries, tools, and procedures
- Real-time alerts and warnings based on sensor data
- Web or tablet interfaces for sensor readouts and data visualization
- Detailed reports and logs for post-operative analysis
- AI-driven guidance to assist surgeons in making informed decisions