IMP CBD CORTICAL BONE DOWEL

Description:

The IMP CBD Cortical Bone Dowel is a specialized grafting product used in implant dentistry to support guided bone regeneration (GBR) and other bone augmentation techniques. These dowels are made from dense cortical bone and serve as a rigid scaffold that promotes new bone growth while maintaining structural support throughout the healing process.

This grafting material is especially useful in cases requiring vertical or horizontal ridge augmentation where the patient’s natural bone volume is insufficient for implant placement. The dowel’s firm structure helps preserve space beneath the soft tissue, preventing collapse and maintaining the shape of the grafted area. Its high mineral content slows down resorption, offering a long-lasting framework for bone regeneration.

Cortical bone dowels are both biocompatible and osteoconductive, meaning they support the growth of new bone along their surface and integrate well with the patient’s existing bone. They can be used on their own or in combination with particulate grafts and barrier membranes, depending on the clinical needs. Their dense composition makes them particularly effective in load-bearing areas where mechanical stability is essential.

Clinicians appreciate the dowel’s ease of handling and ability to be shaped during surgery, allowing for precise adaptation to the defect site. This adaptability helps ensure close contact with surrounding bone, encouraging vascularization and remodeling, which are key to successful graft incorporation.

The IMP CBD Cortical Bone Dowel enhances the predictability of complex grafting procedures and provides a strong foundation for future implant placement. By improving bone volume and quality, it contributes to long-term implant success and patient satisfaction.

In summary, this cortical bone dowel is a reliable and effective solution for bone regeneration in implant dentistry. Its structural integrity, biocompatibility, and ease of use make it a valuable tool for clinicians aiming to achieve stable, long-lasting results in challenging bone augmentation cases.