
PuraGraft CANCELLOUS MINERALIZED 1000-2000 1CC - C-2000-100
PuraGraft CANCELLOUS MINERALIZED 1000-2000 1CC - C-2000-100
PuraGraft CANCELLOUS MINERALIZED 1000-2000 1CC - C-2000-100
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Description
PuraGraft CANCELLOUS MINERALIZED is a high-quality mineralized cancellous allograft designed for various surgical applications. With its particle size ranging from 1000 to 2000 microns, this allograft provides optimal handling characteristics and significant support for bone regeneration and healing.
This unique allograft is an excellent choice for practitioners who require a reliable and effective bone grafting solution. PuraGraft CANCELLOUS MINERALIZED offers predictable results in procedures involving bone augmentation, reconstruction, and repair.
- Enhanced Osteoconductivity: The mineralized structure promotes the integration and growth of new bone, making it ideal for dental and medical procedures.
- Long Shelf Life: With a typical shelf life of 5 years, PuraGraft CANCELLOUS MINERALIZED can be stocked efficiently, giving you peace of mind when needing it during critical surgical procedures.
Designed exclusively for use in dental and medical facilities, PuraGraft CANCELLOUS MINERALIZED is processed under strict regulations to ensure safety and efficacy. This high standard ensures that each batch meets rigorous quality assurances, allowing for confidence in your surgical applications.
The ease of use in grafting procedures allows surgeons to focus more on patient outcomes rather than technical difficulties associated with graft materials. This allograft will seamlessly integrate into your surgical workflow, proving to be a valuable asset for all orthopedic and dental practitioners.
Moreover, the mineralized nature of this graft not only enhances bone formation but also reduces the potential for complications associated with traditional grafting techniques.
In summary, PuraGraft CANCELLOUS MINERALIZED provides a reliable, effective, and efficient solution for bone grafting needs, contributing to successful patient outcomes in every procedure.