Smart Healing Without the Needle
ExoMesh offers a smarter alternative. This ultra thin, biomimetic mesh delivers exosomes directly to the wound surface through a non-invasive, pain-free approach.
Faster, Stronger, and more Stable Wound Closure, without the cost, discomfort, or risks of traditional therapies. ExoMesh is the smarter, non-invasive solution for next-generation wound care.
The Product System Application
Offers a smarter alternative. This thin, biomimetic mesh delivers exosomes directly to the wound surface through a non-invasive, pain-free approach.
Controlled and sustained release of MSC-derived exosomes.
Non-Invasive & Pain-Free
No Needles, No Discomfort
Localized Therapeutic Effect
Delivers exosomes directly to the wound surface
Tissue Engineering
Designed to mimic natural tissue architecture
Optimal Healing Environment
Controlled and sustained exosome release for consistent, long-term healing support
Easy To Use
Skip the injections - this smart, dissolvable scaffold heals as it disappears.
A Case Study Published in 2025 Global Wound Conference
This case report demonstrates that the use of a biomimetic scaffold (ExoMesh) loaded with mesenchymal stem cell (MSC)-derived exosomes significantly accelerated the healing of a chronic leg wound in a patient with poorly controlled diabetes. The treatment achieved a 74.3% reduction in wound area within 11 weeks and was well-tolerated with a good safety profile.
Key Results
- Healing Efficacy: The wound area decreased substantially with its area reducing by 74.3% from an initial 17.5 cm2 (5.0 x 3.5 cm) to 4.5 cm2 (2.5 x 1.8 cm).
- Tissue Improvement: Healthy granulation tissue formation and epithelialization were observed.
- Safety: No signs of local infection, inflammation, or adverse reactions were reported throughout the treatment period.
A Case Study Published in WUWHS 2026 World Union of Wound Healing Societies
A case report with clinical and histopathological correlation to describe the clinical and histopathological progression of a chronic diabetic foot wound treated with adjunctive exosome-loaded ExoMesh therapy.
Case Timeline / Clinical Summary
