GBR Dental Bone Tack and Tenting Screw System

The GBR Dental Bone Tack and Tenting Screw System is specifically designed for oral surgeries that require the creation of osteogenic space and the fixation of barrier membranes. This system combines two different types of implants: membrane tacks and tenting screws, to meet various surgical needs. It is suitable for a range of procedures requiring osteogenic space and membrane stabilization, such as bone augmentation prior to dental implants and bone defect repair in periodontal disease treatment. The system enhances surgical efficiency and success rates, providing robust support for patients’ oral health.

Specification

Features of the GBR Dental Bone Tack and Tenting Screw System

• Provides Stable Support Space for GBR: One of the core functions of the GBR Dental Bone Tack and Tenting Screw System is its ability to provide stable support space for the guided bone regeneration (GBR) process. This is achieved through its precision design and high-quality implants. Both the membrane tacks and tenting screws are designed with wide heads, ensuring that they can securely support the barrier membrane after implantation, preventing collapse or displacement and creating a stable and safe environment for bone tissue regeneration and repair.
• Innovative Spiral Cap Design for Effective Membrane Fixation: The membrane tacks and tenting screws in this system feature an innovative spiral cap design. This design not only enhances the connection strength between the implants and the barrier membrane but also ensures effective fixation of the membrane during the procedure. The spiral cap allows the implant to closely adhere to the barrier membrane, preventing any displacement during or after surgery, thereby improving the success rate of the procedure and the comfort of the patient.
• Simplified Surgery with Easy Operation: The design of the GBR Dental Bone Tack and Tenting Screw System also emphasizes surgical simplicity and efficiency. The tapered tips and self-tapping design of the membrane tacks and tenting screws make the implantation process easier and quicker, reducing surgery time and minimizing patient trauma. Additionally, the accompanying hex screwdriver facilitates the installation and removal of the implants, further enhancing the efficiency and success rate of the procedure.

System Components

Membrane Tacks

• Wide Head Design: The wide head of the membrane tacks provides a more stable fixation, ensuring that the barrier membrane does not shift or detach during the procedure.
• Stepped Design: The body of the membrane tack features a stepped design that effectively prevents the tack from pulling out after implantation, enhancing surgical safety and success rates.
• Tapered Tip: The tapered tip allows for easy implantation with minimal force, reducing trauma and discomfort for the patient during the procedure.

Tenting Screws

• Wide Head Design: The tenting screws also have a wide head design, which helps maintain osteogenic space and ensures stable support for the barrier membrane, preventing collapse or displacement.
• Self-Tapping Design: The self-tapping tip of the tenting screws allows for easy implantation without the need for pre-drilling, simplifying the surgical process and improving efficiency.
• Effective Osteogenic Space Maintenance: The implantation of tenting screws effectively maintains the osteogenic space beneath the barrier membrane, providing favorable conditions for bone regeneration and repair.

Associated Tool: Hex Screwdriver

• Hex Screwdriver: The system includes a hex screwdriver specifically designed for the GBR components.

The Value of the Tent Screw System

The tent screw system demonstrates its irreplaceable value in the field of bone regeneration, particularly in surgeries aimed at increasing alveolar ridge height. As a core component of the Guided Bone Regeneration (GBR) kit, tent screws are meticulously designed for the tent technique, playing a crucial role in maintaining the necessary space for bone graft materials, thereby facilitating smooth bone regeneration.

In cases of severe vertical defects in the maxillary and mandibular alveolar ridges, clinicians often face significant challenges. Here, the tent screw technique becomes particularly important. This technique strategically arranges particulate allografts or block grafts, supported by specialized titanium tent screws, to create a tent-like structure. This structure not only ensures the maintenance of the required space but also promotes vertical bone growth.

The tent screw system greatly optimizes the overall effectiveness of dental implant surgeries, significantly increasing the vertical dimension of the alveolar ridge and providing an ideal growth environment for subsequent dental implants. It helps clinicians overcome complex cases and enhances the success rate of patient treatments.