Bone Tack

The bone tack system is specifically designed to securely and precisely adhere regenerative membranes to the surface of the bone, ensuring that the membrane maintains its exact position throughout the healing process for effective recovery. A notable advantage of the bone tack system is its exceptional performance when used in conjunction with high-quality collagen membranes, PTFE (polytetrafluoroethylene) membranes, and mesh titanium plates, creating an ideal environment for bone regeneration.
The bone tack not only demonstrates outstanding toughness and reliability but also provides continuous and stable support during every critical stage of bone recovery. Its application significantly enhances the functionality of the regenerative membrane, effectively preventing the improper invasion of gingival soft tissue during the repair process, thereby protecting the integrity of the bone defect area. This characteristic is crucial as it ensures that the natural formation of new bone is not disrupted or interrupted by external factors.
Through the precise fixation provided by the bone tack system, the boundary line (likely referring to the margin between the bone defect and healthy bone) gains additional stability and support during the healing process, further promoting the healthy reconstruction of bone tissue.

 

Bone Tack Parameter

I Bone Tack
Part No.	D(mm）	H（ mm）                                                      Image
7018310032	2.0	3.0
7018310042	2.0	4.0
7018310052	2.0	5.0

Ⅱ Bone Tack
Part No.	D(mm）	H（ mm）	Image
7019410032	2.5	3.0
7019410042	2.5	4.0
7019410052	2.5	5.0

 

 

Features of the Membrane Tack

• Wide Head for Effective Fixation of Barrier Membrane: The tack features a widened head design, allowing it to tightly fit and effectively secure the barrier membrane. Barrier membranes are commonly used to isolate, protect, or maintain a clean environment, and the wide head enhances the contact area with the membrane, increasing stability and reliability in fixation.
• Thickened Head for Stable Grip: The thickened head design provides improved feel and grip stability, which is especially important for precise operations or prolonged use. The thicker design reduces hand fatigue, enhancing work efficiency and safety.
• Inverted Cone Design for Enhanced Anti-Loosening Effect: The inverted cone design, which tapers from the head to the tip, helps strengthen the anti-loosening effect during use. This design facilitates easier insertion and locking in the target position while minimizing the risk of loosening due to external forces.
• Multiple Size Options Available: With cap diameter options of 2.0mm/2.5mm and lengths of 3mm, 4mm, and 5mm, this product can accommodate various sizes, shapes, and application scenarios. This flexibility allows users to select the most suitable size for specific tasks.
• Different Anodized Colors for Easy Differentiation: By utilizing different anodized colors for the product, workplace recognition and organization are greatly enhanced. Different colors can represent various models, specifications, uses, or batches, enabling users to quickly identify and retrieve the required product. This design not only improves efficiency but also reduces errors and accidents caused by confusion.

 

Advantages

1. Wave Pattern Handle for Comfortable Grip: The uniquely designed wave pattern handle is not only aesthetically pleasing but also ergonomically crafted. It provides superior grip comfort, effectively reducing hand fatigue during prolonged use.
2. Diverse Specifications: Offering a variety of options including 2.0 mm and 2.5 mm diameters, along with multiple lengths such as 3 mm, 4 mm, and 5 mm. These titanium tacks meet different surgical needs and patient variations, ensuring precise treatment and enhanced surgical outcomes.
3. Easy Retraction: The tail cap is easy to pull, reducing resistance during surgery and increasing efficiency, allowing for smoother and more fluid operations for the surgeon.
4. 155° Curved Design: The unique 155° curved design not only aligns with ergonomic principles but also adapts well to the contours of the surgical area. This ensures accurate placement of the tacks, reducing surgical risks and improving patient recovery quality.
5. Premium Titanium Material: Made from high-quality titanium, ensuring strength, durability, and biocompatibility for optimal performance in clinical settings.