1-Wound and Biological Dressing
Explore our innovative stem cell solutions for wound healing and biological dressing, redefining the way we treat injuries
Our commitment to innovation has led us to develop the proprietary StemMax technique, a breakthrough in the field of stem cell research. Unlike routine methods, our technique ensures the highest standards of purity, safety, and efficacy in our stem cell products.
With a dedication to ethical research, rigorous quality control, and a team of experts at the forefront of the industry. Our stem cell products have the potential to make a profound impact in various medical fields, from wound healing to neurological disorders.
Discover the difference of STEMMAX. Explore our website to learn more about our innovative StemMax technique, our products, and the diverse applications of stem cell therapy.
Join us in redefining what’s possible in regenerative medicine
Explore our innovative stem cell solutions for wound healing and biological dressing, redefining the way we treat injuries
Discover how stem cell therapies are transforming the world of dermatology and rejuvenation, offering natural solutions for healthier skin and hair.
Unlock the potential of stem cell treatments in orthopedics and bone health, delivering advanced care for bone injuries and degenerative conditions
Learn how stem cell therapy is revolutionizing asthma management by addressing inflammation and improving respiratory health
Delve into our expertise in using stem cells to manage inflammatory bowel diseases, offering hope for those with ulcerative colitis
Cost Savings for Patients
Patients Treated
Success Rate
of Research
StemMax’s final product is a lyophilized powder enriched with human umbilical cord mesenchymal stem cells. This versatile product finds applications in various medical fields. For instance, it is used for wound healing and skin rejuvenation, where no carrier is needed. However, when applied internally, such as in cartilage repair, bone regeneration, atrophy treatment, or ischemic muscle therapy, a carrier is necessary
Our stem cell product, in its liquid form, is sterile and free from allergenic factors, making it suitable for administration via intraperitoneal, intra-articular, and even intravenous routes. Research and thesis papers authored by our team members underscore the excellent effects of this product, both clinically and molecularly, in treating certain diseases.
Given the wide-ranging potential of stem cell therapy in treating diseases, we have primarily focused on the following areas: wound and biological dressing, skin and hair, bone, asthma, and ulcerative colitis. Our team has conducted extensive research and performed numerous tests, including animal and human trials, while adhering to ethical guidelines
Unlocking the Power of Stem Cells
STEMMax employs innovative techniques that significantly increase the yield of bioactive components in Conditioned Medium (CM), making it a more potent resource for regenerative therapies
STEMMax fosters the growth of a larger population of small, undifferentiated cells (Rapid Cycle) to optimize CM secretion, enhancing its therapeutic potential
StemMax’s final product is a lyophilized powder enriched with human umbilical cord mesenchymal stem cells. This versatile product finds applications in various medical fields. For instance, it is used for wound healing and skin rejuvenation, where no carrier is needed. However, when applied internally, such as in cartilage repair, bone regeneration, atrophy treatment, or ischemic muscle therapy, a carrier is necessary:
STEMMax enriches CM content with essential growth factors and cytokines, providing a more potent and effective resource for regenerative therapies
STEMMax’s streamlined approach reduces CM production time for commercial-scale manufacturing, meeting market demands more efficiently
STEMMax ensures the complete removal of dead cells and extraneous DNA during CM production, guaranteeing the safety and purity of our CM products
STEMMax’s CM products have an extended shelf life and can be stored at room temperature, offering practical advantages in handling, shipping, and storage for various medical applications