Bone is the second world most frequently transplanted tissue, after blood, and has an impressive natural ability to renew itself. Approximately 10% of an adult human skeleton undergoes remodeling each year. However, when bone is damaged or defective, it may need assistance to recover. Bone grafting is a surgical procedure that uses transplanted bone tissue and implants to repair and rebuild diseased or damaged bones. The grafts provide scaffolding or stimulation to the area where new bone growth is needed. This is a common procedure in human and veterinary medicine, used to treat various oral-maxillofacial, dental and orthopedic anomalies such as malunions, delayed unions, non-unions, arthrodesis, osteomyelitis, and congenital diseases etc. It provides structural support and enhances bone healing. SVETOSS' products are ground-shifting bone graft technology that provides veterinarians with safe, highly performant, and easy-to-use universal bone grafts, facilitating the application process.
SVETOSS line of products are the next generation, ultra-pure bioceramics & biocomposite that features a unique biphasic CaP formulation with a meticulously engineered composition, surface and 3D structure to provide a safe, reliable, and effective bone tissue regeneration devices.
With its granular or moldable putty formulations, SVETOSS Technology offers the largest bone regeneration options for surgeons. They are Safe, Efficient & Affordable
S-VETOSS & SVETOSS+ natural bioscaffolds formulation and morphology provide structural stability while actively promoting and participating in bone regeneration. Upon mixing with physiological fluid in the defect, the graft becomes seamlessly integrated within the mechanism of host bone remodeling much like the autograft Gold Standard. S-VETOSS & SVETOSS+ resorb away over time leaving behind 100% native bone grown into the defect.
S-VETOSS & SVETOSS provide the ideal environment for new, healthy, and strong bone growth!
Peace of Mind
SVETOSS products are easy to handle and apply, conveniently offered in granules or putty forms in a variety of granule sizes/volumes to tailor to your needs and affords you the highest quality bone graft. It is easier than ever, with SVETOSS technology, to make bone grafting a consistent standard of care and gain a peace of mind for the best health outcome for your patients.
WHAT THE EXPERTS SAY
"We have been using S-VETOSS bone graft exclusively for the past few years. Our orthopedic and dental surgeons have been having great results and are very confident in its use for bone defects from trauma, delayed union or mandibular defects from periodontal disease or to fill tooth socket spaces after extractions"
Dr. F. Arsenault, DVM, Medical Director of RV Hospital (Prime Referral center of Orthopedics in Atlantic Canada)
See why more and more veterinarians are relying on SVETOSS technology for safe, strong, and effective bone regeneration today!
Clinical evidence of robust new bone formation with S-VETOSS implantation on tibia of NZ rabbits after 4 weeks (Left) and 12 weeks (Right). New bone surrounding the implant (NB), active osteoblast (O) and blood vessels (BV) are observed (Top).
See how S-VETOSS outperforms all other synthetic bone grafts on the market in our Clinical Cases Gallery.
A Reliable Alternative To Autografts
Closest available biomaterial to match osteoconductive bioscaffold of natural bone
Unique biphasic formulation (50% HA and 50% Beta-TCP) promotes an optimal balance between the bio-resorption/remodelling process (supported by Beta-TCP), and the long-term stability of the 3D scaffold (supported by HA) providing a critical balance for the bone regeneration/healing process.
Bonds with new bone allowing blood vessels to grow and proliferate through the pores, inside the S-VETOSS matrix, facilitating bone growth inside the porous area.
Similar trabecular structure with tailored interconnected macropores that provide an ideal environment for hosting bone progenitor cells and growth factors to differentiate and grow new bone tissue.
Large network of nanopores provide a high capillary effect that allows the bone graft to absorb and retain a maximum volume of physiological fluids, bioactive molecules, blood, and cells that support osteogenesis and improved biological performances.