Safer Intubation for Patient Teeth

Health & Safety

The Problem the Invention Solves

Currently, intubation procedures carry a risk of damaging the patient's teeth, particularly the incisors, due to contact with the laryngoscope blade. Existing solutions either compromise visibility during the procedure or are not widely adopted due to complexity or cost.

The Core Features of the Invention

This invention is a single-use, removable protective strip designed to fit over the upper portion of an intubation blade. It is made from shock-absorbing materials to mitigate the risk of dental damage during the intubation process.

The Inventive Step

The novel aspect of this invention is its simple, flexible, and removable strip design that combines ease of use with effective protection. Unlike prior solutions, it does not require modifying the blade or impact the practitioner's visibility.

The Tangible Benefits

The device reduces the risk of dental injuries during intubation by providing a cushioning layer between the patient's teeth and the laryngoscope blade. It is easy to fit and remove, supporting efficient workflow during medical procedures.

The Broader Impact

The invention has significant implications for patient safety and could decrease liability for dental damage during medical procedures. It reflects a move towards safer, patient-centered healthcare practices.

Disclaimer

The image and video are AI-generated based on the description of the invention in its patent application and are intended for illustrative purposes only.

It explains the concept and is not the actual product as it still needs to be developed.

Market Need and Size

The global market for intubation medical devices was valued at approximately $2.2 billion in 2020, with a growing demand for safer and more effective patient care solutions.

Technical Feasibility

The technology is straightforward and utilizes existing materials like silicone, which are commonly used in medical devices, ensuring easy manufacturability and cost-effectiveness.

Potential Applications

Primarily used in surgical and emergency medical procedures requiring intubation, especially beneficial in high-risk scenarios involving patients with dental vulnerabilities.

Competitive Landscape and Uniqueness

While existing solutions aim to reduce dental damage, many impact visibility or are undesirable due to complexity. This invention uniquely balances simplicity, cost-effectiveness, and protective capability.

Regulatory Considerations

The device will need to meet medical device standards for single-use products and biocompatibility. Given its non-invasive nature, regulatory hurdles are likely minimal compared to more complex devices.

Overall, this innovation stands as a commercially viable product that addresses a significant healthcare need with minimal development risk.