Syringe type bonegraft

Perfect for Sinus Lifting Procedure

Injectable bone graft composed of nano-hydroxyapatite and type 1 collagen plays a crucial role in promoting bone tissue regeneration.

Hydroxyapatite is a major inorganic component of bone, known for its excellent biocompatibility and ability to induce bone formation.

Type 1 collagen, a primary protein found in bone and cartilage, aids in cell adhesion and tissue regeneration.

This type of bone graft is widely used in dentistry and orthopedics, where it is injected into bone defect areas to facilitate tissue regrowth.

Research suggests that surface-modified nano-hydroxyapatite enhances the performance of bone grafts by improving cell adhesion and bone-forming capability.

Inject9 synthetic bone, with its soft gel-type composition, provides excellent shape retention and space maintenance between the sinus membrane and maxillary bone.

This ensures structural stability and supports effective bone regeneration during surgical procedures.

Bone graft materials with excellent bone regeneration capability promote outstanding osteoconductivity and bone regeneration through gradual resorption.

Innovative synthetic bone grafts, such as low-crystalline apatite (LCA), have been studied to overcome the limitations of traditional materials by offering rapid resorption and superior bone formation.

Additionally, composite synthetic bone materials like Bone Matrix I, synthesized in a 6:4 ratio of hydroxyapatite (HA) and beta-tricalcium phosphate (β-TCP), provide exceptional stability for volume retention and bone formation, accelerating healing processes.

Recent studies have also explored using processed extracted teeth as bone graft materials, further enhancing biocompatibility and bone-forming ability.

These technologies have significant potential for various bone defect treatments beyond dental implant procedures.

Collagen-containing Inject9 bone powder features collagen on its surface, which exhibits highly favorable properties for bone cell adhesion.

Simple Procedure: The injectable formulation allows for easy filling of bone defects.

Excellent Cell Adhesion: The surface allows for vascular infiltration and bone cell attachment.