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Inteligels

Inteligels develops a programmable polymeric-array technology that creates a dissolvable, nontoxic liquid bandage for wound care, which hardens upon application and melts away in water for easy disposal. This solution reduces pain during treatment, accelerates healing, and minimizes environmental waste compared to traditional wound care methods.

Haifa, IsraelFounded 20206200+ followers
Updated 3 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Traditional wound care often involves bandages that can be painful to remove, may not conform well to the wound, and contribute to environmental waste. Current treatment methods can also be cumbersome and may not always promote optimal healing.

Solution

Inteligels is developing a programmable, polymeric-array technology to create a dissolvable, non-toxic liquid bandage for advanced wound care. This liquid bandage hardens upon application, providing a protective layer, and then dissolves in water for easy and painless removal. The unique properties of the polymer are designed to accelerate healing, reduce pain during treatment, and minimize environmental waste compared to traditional wound care solutions. The technology is based on polyethylene oxide and polypropylene oxide segments, featuring a reverse thermal response that allows the material to "melt" at specified temperatures into a biodegradable liquid.

Target Audience

The primary target audience includes patients requiring wound care, healthcare providers in hospitals and clinics, and individuals seeking advanced and less painful wound treatment options.

Features

  • Nontoxic liquid bandage applied as a gel, spray, or sheet
  • Programmable polymer array technology for controlled solidification and dissolution
  • Reverse thermal response allows the bandage to dissolve in cool water
  • Designed to accelerate healing and reduce pain
  • Biodegradable liquid for efficient disposal and reduced environmental impact
  • Can be used for various wound types due to its adaptable application methods
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