AesculaTech develops smart materials that adapt their properties in response to temperature and other stimuli, enabling the creation of customizable biomedical and consumer products. Their first product, Humidifeye, is a smart gel punctal plug designed to provide rapid and reliable treatment for dry eye conditions.
Funding
$120K 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.
PAFounders
Product
Problem
Existing treatments for dry eye often provide inconsistent relief and require frequent application of artificial tears. Traditional punctal plugs, used to block tear drainage, can be ineffective due to improper fit or displacement, leading to continued discomfort for patients.
Solution
AesculaTech is developing Humidifeye, a smart gel punctal plug designed to provide a more reliable and adaptable treatment for dry eye. The investigational device utilizes a proprietary smart material platform that responds to temperature and other stimuli, allowing it to customize its properties to the individual patient's needs. This adaptability aims to improve the consistency and effectiveness of tear drainage blockage, offering enhanced and longer-lasting relief from dry eye symptoms compared to conventional methods. The goal is to provide a more personalized and convenient solution for managing dry eye, reducing the reliance on artificial tears and improving patient comfort.
Target Audience
The primary target audience includes individuals suffering from dry eye disease and ophthalmologists or optometrists seeking advanced and adaptable treatment options for their patients.
Features
- Smart gel material that adapts its properties in response to temperature and other stimuli
- Customizable fit to ensure proper occlusion of tear ducts
- Designed for rapid and reliable treatment of dry eye conditions
- Aims to provide consistent and long-lasting relief from dry eye symptoms
- Investigational device utilizing a novel material science platform