Comprehensive set for membrane fixation, block bone application, and autogenous bone harvesting

GBR Kit

Why choose the GBR Kit?

Optimized for dental surgeons performing guided bone regeneration (GBR), the Osstem GBR Kit includes all the essential instruments to fasten non‑resorbable membranes, secure bone blocks, and harvest native bone—enhancing surgical efficiency and outcome control.

Why It Matters for Clinicians

Guided bone regeneration often determines the long-term success of implant therapy. The Osstem GBR Kit gives clinicians a reliable and organized system to stabilize membranes, secure grafts, and preserve bone volume—all while simplifying surgical workflow. By reducing the risk of graft displacement and ensuring optimal site preparation, the kit supports more predictable implant placement, improved patient healing, and higher clinical confidence.

Membrane Fixation
Features tools purpose-built to anchor shielding membranes safely and reliably—ideal for non-resorbable materials.
Block Bone Stabilization
Equipped with instruments to firmly secure bone blocks for planned ridge augmentation and structural support..
Autogenous Bone Harvesting
Includes tools for collecting autogenous bone material efficiently during drilling—ideal for grafting applications.
Stable, Ergonomic Surgical Design
Instruments incorporate a simplified grip and one-piece construction to ensure precise malleting and reliable stability at the surgical site.

Fracture-resistant and capable of securing membranes on inclined alveolar bone

Ensures stable membrane fixation without fracture or deformation
Stable fixation prevents membrane movement
Dedicated Ejector tool enhance the convenience of use

Stable fixation prevents the movement of membranes

Specially designed to improve insertion capability and prevent Bone Tack dislocation, minimizing membrane movement
Helps in preventing the loss of bone graft material and enhances bone regeneration capability
Patented reverse screw thread design enhances smooth insertion and prevents dislocation