Redefining tissue regeneration with bioactive innovation
BH: our patented technology that redefines what's possible and sets a new standard in biomedical innovation
BH: our patented technology that redefines what's possible and sets a new standard in biomedical innovation
At DINSO-MX, we are leading a new era in tissue engineering and regenerative medicine, with a clear focus on scientific innovation and the development of technologies with high scalability potential.
We have specialists in biomaterials, medicine, and biomedical engineering who collaborate to create effective, scientifically validated regenerative solutions.
Today, we proudly operate with our established TR-Vet Veterinary line. By 2026, we are set to expand into the human sector with TR-MeD, a groundbreaking line designed to revolutionize regenerative medicine globally
Our unique model expertly blends intellectual property with continuous innovation to seize a rapidly expanding market. Powered by BH, our patented technology, we are redefining what's possible and unlocking significant opportunities for both impact and investment
BH technology promotes healing, supports growth factors, and enhances tissue regeneration.
It induces specific biological responses that accelerate tissue regeneration with high clinical efficacy.
Our solution has demonstrated antimicrobial and healing effectiveness through in-vitro and in-vivo studies. Its epithelializing benefits, specifically, are validated by comprehensive in-vivo research, confirming its capacity to promote tissue closure and regeneration.
Developed from a unique combination of sodium-calcium silicophosphate, our BH technology stimulates the natural regeneration of bone and soft tissue.
We combine materials science, 3D printing, and functional bioceramics to create products that accelerate healing and improve quality of life.
Knowledge, experience, and vision driving change in regenerative medicine.
Be part of the biomedical revolution. Our patented bioceramic and 3D bioprinting technology is transforming hard and soft tissue regeneration.