Inteligels
Inteligels aims to create a new standard of advanced painless wound care solutions by leveraging its unique, programmable polymeric-array technology. Their mission is to benefit patients, alleviate pain and suffering, reduce treatment costs, and eliminate environmental waste. The company is focused on innovative smart gel technologies that adapt to temperature changes, provide rapid thermal reactions, and mimic wound fluids, with applications in wound care and medical treatments.
Industries
Nr. of Employees
small (1-50)
Products
Thermally-activated topical dressing (spray formulation)
A sprayable thermally-responsive polymer formulation that solidifies after application and can be re-liquefied at specified temperatures for disposal.
Thermally-activated solidifying gel / liquid bandage
Topical polymer gel that solidifies upon application to skin and can be dissolved off in cool water or re-melted at controlled temperatures for disposal.
Sheet-based dissolvable dressing
Sheet-format dressing composed of thermally-responsive polymers that can be programmed to melt into a biodegradable liquid at specified temperatures for disposal.
Thermally-activated topical dressing (spray formulation)
A sprayable thermally-responsive polymer formulation that solidifies after application and can be re-liquefied at specified temperatures for disposal.
Thermally-activated solidifying gel / liquid bandage
Topical polymer gel that solidifies upon application to skin and can be dissolved off in cool water or re-melted at controlled temperatures for disposal.
Sheet-based dissolvable dressing
Sheet-format dressing composed of thermally-responsive polymers that can be programmed to melt into a biodegradable liquid at specified temperatures for disposal.
Services
Polymer R&D and formulation development
Research and development of thermally-responsive polymer formulations for topical and implantable applications, including formulation optimization and material characterization.
Preclinical/bench testing of wound adherence and thermal performance
Bench demonstrations and testing of dressing adherence using wound-fluid simulants and characterization of thermal activation/deactivation behavior.
Polymer R&D and formulation development
Research and development of thermally-responsive polymer formulations for topical and implantable applications, including formulation optimization and material characterization.
Preclinical/bench testing of wound adherence and thermal performance
Bench demonstrations and testing of dressing adherence using wound-fluid simulants and characterization of thermal activation/deactivation behavior.
Expertise Areas
- Wound care device development
- Smart polymer formulation
- Biodegradable medical materials
- Polymer chemistry
Key Technologies
- Reverse thermal-responsive polymers
- Polyethylene oxide / polypropylene oxide block copolymer formulations
- Thermally-activated biodegradable gels
- Sprayable topical polymer formulations