The cortical bone plate holding forceps are used for gripping, trimming, positioning, and drilling cortical bone plates during surgery. They provide a secure, non-slip hold, making the procedure more efficient and easier to perform.
Product Features
- Easy Bone Block Handling and Fixation
Designed to make bone block positioning and stabilization easier during surgery, helping improve handling efficiency and procedural accuracy.
- Fast and Stable Positioning
Allows quick fixation of the bone block and supports precise drilling without slipping, which helps reduce surgical difficulty and improve workflow.
- High-Quality Stainless Steel Construction
Made of premium stainless steel with a thickened integrated structure, offering high strength, long-lasting durability, and dependable performance.
- Corrosion and Acid Resistance
The material provides excellent acid resistance and corrosion resistance, making it suitable for repeated clinical sterilization and long-term use.
- Adjustable Locking Tooth Design
The locking tooth mechanism allows the closure and clamping force to be adjusted freely, improving usability and providing more control during surgery.
Clinical Significance of Cortical Bone Plate Grafting Technique
In dental implant cases with severe bone deficiency, autogenous bone block grafting is often used for bone augmentation. However, traditional bone block grafting also has certain limitations. It usually requires a relatively large volume of donor bone, may present difficulty in revascularization within the center of the graft, and can be less convenient for shaping and adaptation.
Compared with traditional bone block grafting, the autogenous cortical bone plate grafting technique offers important clinical advantages. This technique uses thin cortical bone plates to build a regenerative framework, while particulate bone graft material is placed in the middle to simulate a more natural bone structure.
This method provides several benefits:
- Better blood supply for bone regeneration
- Easier shaping and adaptation during surgery
- More efficient use of limited autogenous bone
- Improved maintenance of the graft contour over time
In addition, the cortical bone plate acts similarly to a stable and biocompatible barrier membrane, helping preserve the shape of the augmented bone and support long-term regenerative outcomes.
Why Choose Bone Block Fixation Forceps?
During cortical bone plate grafting and bone block augmentation, stable fixation and precise drilling are essential for successful clinical results. A reliable bone block fixation forceps helps reduce movement, improve positioning, and make the surgical procedure more efficient and predictable.
This instrument is an ideal choice for clinicians performing:
- Dental bone grafting
- Autogenous bone block fixation
- Cortical bone plate grafting
- Alveolar ridge augmentation
- Implant site development
- Guided bone regeneration (GBR)
Product Applications
- Bone block fixation in implant surgery
- Cortical bone plate stabilization
- Ridge augmentation procedures
- Dental bone grafting surgeries
- Implant bone reconstruction procedures
