tenting screws dental Quantity / 6.0mm

tenting screws dental Quantity / 6.0mmGuided Bone Regeneration # Material: Titanium Grade 5 (TI 6AL 4V ELI) # Thread Length: 6. 0mm, 9. 0mm, 12. 0mm, 15. 0mm # Thread Diameter: 2. 0mm # Neck Length: 3. 0mm # Neck Diameter: 2. 5mm # Condition: Sterile Blister # Compatible Anchor Driver: 1. 25mm Hex Driver # Compatible Cover Screw Driver: Motor Mount Driver For GBR Screws # Country of Manufacture: Israel GBR Locking Tenting Screw is a two component locking system designed for securing and

Guided Bone Regeneration

# Material: Titanium Grade 5 (TI-6AL-4V ELI)
# Thread Length: 6.0mm, 9.0mm, 12.0mm, 15.0mm
# Thread Diameter: Ø2.0mm
# Neck Length: 3.0mm
# Neck Diameter: Ø2.5mm
# Condition: Sterile Blister
# Compatible Anchor Driver: 1.25mm Hex Driver
# Compatible Cover Screw Driver: Motor Mount Driver For GBR Screws
# Country of Manufacture: Israel

GBR Locking Tenting Screw is a two-component locking system designed for securing and supporting membrane barriers in GBR (Guided Bone Regeneration) procedures, specifically addressing 1-2-3 wall defects and horizontal and vertical bone augmentations.

The GBR Locking Tenting Screw comprises an anchor and a cover screw, working smoothly to enhance the efficacy of the GBR technique. The anchor, easily implanted or removed with a 1.25 hex driver, features an aggressive tip design facilitating self-drilling into the bone. This unique characteristic allows for precise positioning without the need for a separate drill.
The anchor's polished neck and wide upper part, featuring the entrance for the cover screw, ensure robust fixation of the membrane. The GBR Locking cover screw is effortlessly tightened or removed utilizing the GDT GBR Motor Mount, it's used to securely fixate the barrier to the anchor. Its user-friendly design facilitates easy membrane placement and fixation, mitigating the risk of lateral displacements or intrusion.

The GBR Locking Tenting Screw stands out as a highly reliable solution, particularly in securing hard membranes like titanium mesh plates during surgical interventions. The aggressive tip and thread design engage with the bone, allowing for precise placement without the need for extensive drilling—except in cases involving cortical bone, where prior drilling is recommended to ensure exceptional stability throughout the entire procedure. 

Advantages:

• Effectively secure membranes.
• Precise and predictable results
• Biocompatible titanium alloy
• Perfectly safe for the patient
• Reduces the overall treatment time
• Advanced Design- A self-drilling tip, refined polished neck, and expanded head design.

Unboxing Video: