Miha Biotech
Miha Biotech develops sustainable, seaweed- and plant-derived biomaterials for wound and burn care. The company formulates bio-marine hydrogels and gentle bio-adhesives intended to hydrate, protect, and cool damaged skin, and advances prototypes toward clinical testing through academic partnerships and early-stage commercialization programs.
Industries
Nr. of Employees
small (1-50)
Products
Transparent bio-marine hydrogel patch for superficial wounds
Hydrating, low-tack hydrogel patch formulated from seaweed-derived materials and collagen to protect fragile skin and allow painless removal.
Cooling bio-marine patch for burns
Biomaterial patch designed to lower skin temperature rapidly for minor burns and sunburns while providing protective, antimicrobial and anti-inflammatory effects.
Seaweed-collagen skin-like bandage
A skin-like bandage composed of seaweed-derived materials and collagen intended to protect superficial wounds, reduce pain, and limit blistering.
AlgaCool- Patch
A cooling patch utilizing advanced cooling technology based on Canadian seaweed to lower skin temperature by up to 20°C within 5 minutes for burn care and post-thermal treatment.
BioSoft- Patch
A transparent, bio-marine hydrogel that hydrates, protects, and offers gentle, low-tack adhesion while leaving vulnerable skin undisturbed with painless lift-off.
A skin-like bandage
A bandage made from seaweed and collagen that is over 99% natural, hypoallergenic, and safe for sensitive skin to protect superficial wounds, relieve burn pain, and prevent blistering.
Transparent bio-marine hydrogel patch for superficial wounds
Hydrating, low-tack hydrogel patch formulated from seaweed-derived materials and collagen to protect fragile skin and allow painless removal.
Cooling bio-marine patch for burns
Biomaterial patch designed to lower skin temperature rapidly for minor burns and sunburns while providing protective, antimicrobial and anti-inflammatory effects.
Seaweed-collagen skin-like bandage
A skin-like bandage composed of seaweed-derived materials and collagen intended to protect superficial wounds, reduce pain, and limit blistering.
AlgaCool- Patch
A cooling patch utilizing advanced cooling technology based on Canadian seaweed to lower skin temperature by up to 20°C within 5 minutes for burn care and post-thermal treatment.
BioSoft- Patch
A transparent, bio-marine hydrogel that hydrates, protects, and offers gentle, low-tack adhesion while leaving vulnerable skin undisturbed with painless lift-off.
A skin-like bandage
A bandage made from seaweed and collagen that is over 99% natural, hypoallergenic, and safe for sensitive skin to protect superficial wounds, relieve burn pain, and prevent blistering.
Expertise Areas
- Sustainable wound care
- Seaweed-derived biomaterials
- Hydrogel formulation for skin applications
- Bio-adhesive systems for sensitive skin
Key Technologies
- Seaweed-derived polysaccharide biomaterials (alginate, fucoidan, laminarin, carrageenan, ulvan)
- Hydrogel biomaterials
- Natural bio-adhesive formulations
- Biomaterial-based cooling technology
News & Updates
Selected for Project Zero’s 2025 cohort supporting circular economy startups (Jun - Dec 2025).
Finalist at the 2025 Climate Solutions Pitch hosted by Cycle Momentum (Jun 2025).
Selected for the Alpha Stream program at Web Summit Vancouver 2025 to present a prototype (May 2025).
Mitacs-funded collaboration with a McGill biomaterials researcher to advance seaweed-based biomaterials (Jan - Aug 2025).
Participation in the Ocean Startup Challenge receiving non-dilutive funding, mentorship, and workshops.
LOIs announced with a university biomaterials lab and a local seaweed supplier to advance R&D and secure sustainable raw materials (Dec 2024; Sep 2024).
Selected for Project Zero’s 2025 cohort supporting circular economy startups (Jun - Dec 2025).
Finalist at the 2025 Climate Solutions Pitch hosted by Cycle Momentum (Jun 2025).
Selected for the Alpha Stream program at Web Summit Vancouver 2025 to present a prototype (May 2025).
Mitacs-funded collaboration with a McGill biomaterials researcher to advance seaweed-based biomaterials (Jan - Aug 2025).
Participation in the Ocean Startup Challenge receiving non-dilutive funding, mentorship, and workshops.
LOIs announced with a university biomaterials lab and a local seaweed supplier to advance R&D and secure sustainable raw materials (Dec 2024; Sep 2024).