Description:

IMP 20112 GEISTLICH BIO-OSS 0.25–1MM 0.5G is an advanced xenogenic bone graft material tailored for reliable and effective bone regeneration in dental contexts. Made of highly purified bovine cancellous bone with granule sizes from 0.25 to 1 mm, it displays impressive adaptability, especially in restricted defects and precise treatment zones where accurate placement is vital.

The fine granule dimensions facilitate close interaction with adjacent bone and soft tissues, resulting in a stable matrix that promotes quick vascularization and migration of bone cells. Its porous structure closely emulates that of natural human bone, enhancing osteoconductivity and functioning as an optimal scaffold for new bone development. Over time, the granules integrate seamlessly into the host bone while preserving the necessary volume for structural support.

The material’s gradual resorption profile enables it to persist for prolonged durations, offering long-term dimensional stability, which is essential for applications such as socket preservation, minor ridge augmentation, and addressing periodontal bone defects. This stability ensures that the grafted region retains its shape and volume until it is replaced by the patient's own natural bone.

IMP 20112 is offered in a 0.5g sterile container intended for single-patient use, ensuring safety, hygiene, and ease of use during surgical procedures. It requires no further mixing or preparation, optimizing the clinical process and reducing chair time. Its outstanding handling properties allow for simple adaptation to the contours of defects and can be easily combined with other regenerative materials if necessary.

Supported by extensive clinical studies, GEISTLICH BIO-OSS has established a strong reputation for reliability, biocompatibility, and exceptional regenerative capabilities. Dental practitioners trust this grafting option to facilitate successful outcomes in implantology, periodontology, and oral surgical procedures. IMP 20112 GEISTLICH BIO-OSS 0.25–1MM 0.5G offers a solid foundation for safe, predictable, and enduring bone regeneration across a wide variety of dental interventions.