Core Product Information

The Convex Bone Compression Kit is a specialized instrument set for alveolar bone augmentation and expansion in dental implant surgery. It progressively splits, compresses, or expands narrow alveolar bone to create sufficient bone width and stability for implant placement, avoiding the need for additional bone grafting surgery.

Features and Benefits

Graded Bone Expansion Design

The kit includes conical bone compressors of different diameters (2.6/3.0/3.4/3.8/4.3mm) to progressively expand and compress bone tissue, achieving elastic bone expansion and reducing bone resorption.

Minimally Invasive Cutting Assistance

Equipped with a Round bur, Pilor drill, and Bone Saw Ø7.0/10.0, it allows for precise cutting of the cortical bone on narrow alveolar ridges, assisting in bone splitting and reducing the risk of bone fracture.

Universal Adaptation Interface

Includes various sizes of Adapter 1/2 and a dedicated handle, allowing connection to a mobile phone or manual operation to accommodate different clinical operating habits.

Excellent biocompatibility

The entire instrument set is made of medical-grade stainless steel, which is highly durable, corrosion-resistant, and can be repeatedly sterilized under high temperature and pressure.

Reusable sterilization box

A perforated metal sterilization box facilitates the categorization and aseptic management of instruments, meeting operating room standards.

Reduced complications

Autologous bone augmentation is achieved through bone compression/split, resulting in less trauma, faster bone healing, and milder postoperative reactions compared to external bone grafting.

Applications

Pre-implantation bone expansion/split surgery for insufficient alveolar ridge width (narrow bone volume); Simultaneous bone compression during maxillary sinus floor elevation to increase bone density and initial stability; Single/multiple tooth implant restoration for insufficient bone volume but sufficient height; Enhanced implant retention through bone compression at sites with thin bone walls during immediate implantation; Avoidance or reduction of additional bone grafting surgery, lowering treatment costs and time for patients.