• Mineralized cortical composition
• Supports ridge preservation
• Designed for GBR procedures
• 250-1000 micron particle range
• Quantity: .25cc vial per pack

The Puragraft Min. Cortical 250-1000?m .25Cc is a mineralized particulate cortical bone graft designed to provide structural scaffold stability and predictable regenerative support in periodontal, implant, and ridge preservation procedures.

Supplied in a 0.25cc volume with a particle size range of 250 to 1000 microns, this cortical graft offers an optimal balance between handling control and space maintenance, allowing precise adaptation within extraction sockets, peri-implant defects, and contained osseous deficiencies. The defined particle range promotes effective interparticle spacing to encourage vascular infiltration while maintaining dimensional stability during the early healing phase. Its mineralized cortical composition supports slower resorption compared to cancellous graft materials, helping preserve graft volume as natural bone remodeling progresses.

If you are wondering what the Puragraft Min. Cortical 250-1000?m .25Cc is used for, it is the best 250-1000 micron particulate cortical bone graft for socket preservation, minor ridge augmentation, and guided bone regeneration procedures where controlled resorption and long-term structural integrity are critical. The granular format allows predictable packing and condensation without excessive compression, supporting defect fill consistency and surgical precision.

The 0.25cc presentation is particularly suited for localized defect management, minimizing material waste while enabling case-specific dosing during implant site development. Designed for use alone or in combination with barrier membranes as part of regenerative protocols, this graft integrates seamlessly into structured surgical workflows focused on restoring bone volume and supporting future restorative success. It is also the best mineralized cortical dental graft for clinicians seeking reliable scaffold performance, controlled remodeling behavior, and consistent regenerative outcomes in implant and periodontal surgical applications.