Inventory ID: 444-0007AA
VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules, 0.25 cc, 1/Pack, is a mineralized cortical allograft designed to support bone regeneration and provide an osteoconductive scaffold for a variety of dental grafting procedures. Manufactured by VeraGraft, a trusted provider of regenerative biomaterials, VeraGraft OsseoExcel Mineralized Cortical Allograft Bone Powder combines carefully processed cortical bone with consistent particle sizing to help clinicians achieve predictable grafting outcomes. This Complete Buyer’s Guide helps you choose confidently, stock appropriately, and support successful regenerative procedures with VeraGraft Mineralized Cortical Bone Powder.
What makes this product stand out?
VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules are engineered to provide a reliable osteoconductive matrix that supports new bone formation during dental regenerative procedures. As part of the trusted VeraGraft regenerative portfolio, VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules features mineralized cortical bone particles with a particle size range of 250–1000 µm, helping provide excellent graft stability and handling characteristics.
Key advantages include:
- VeraGraft quality is trusted for regenerative dental procedures.
- Mineralized cortical bone provides an osteoconductive scaffold.
- Particle size of 250–1000 µm supports graft stability.
- Excellent handling simplifies graft placement.
- Suitable for small-volume grafting procedures.
- Helps support predictable bone regeneration.
- Convenient 0.25 cc volume minimizes material waste.
- Designed for a variety of periodontal, implant, and oral surgical applications.
What is this product made of?
VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules is manufactured from processed human mineralized cortical bone allograft. The mineralized structure preserves the natural mineral matrix, providing an osteoconductive framework that supports bone regeneration. VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules is processed using validated tissue banking procedures to help ensure product quality, safety, and clinical consistency.
At-a-glance comparison:
- Mineralized cortical bone allografts vs demineralized bone allografts: VeraGraft Mineralized Cortical Bone Powder primarily provides an osteoconductive scaffold with excellent space-maintaining properties.
- Cortical bone powder vs larger particulate grafts: VeraGraft Mineralized Cortical Bone Powder adapts easily to contained defects while supporting stable graft placement.
The dependable formulation of VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules supports predictable regenerative procedures while improving graft handling.
What is it used for?
VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules is used to support bone regeneration during a variety of periodontal, implant, and oral surgical procedures where bone augmentation is clinically indicated.
Common applications include:
- Socket preservation following tooth extraction.
- Periodontal bone grafting.
- Implant site development.
- Ridge augmentation.
- Treatment of periodontal osseous defects.
- Oral and maxillofacial regenerative procedures.
Why you'll appreciate this product
You'll appreciate how VeraGraft Mineralized Cortical/Cancellous Allograft Bone Granules simplifies regenerative procedures while supporting dependable clinical outcomes.
For your work:
- Excellent handling supports precise graft placement.
- Mineralized particles help maintain graft stability.
- Convenient package size reduces material waste.
- Consistent particle size improves procedural predictability.
For your practice:
- Trusted VeraGraft quality supports regenerative confidence.
- Supports a variety of grafting procedures.
- Helps improve surgical workflow efficiency.
- Delivers dependable performance for routine regenerative cases.
Reliable bone grafting materials help support successful regeneration, improve surgical efficiency, and enhance patient treatment outcomes.
