Bone Screw

Bone screws are specialized medical devices designed to maintain osteogenic space, widely used in surgeries that require bone tissue regeneration and repair. They effectively stabilize bone segments, ensuring their fixation, and are suitable for procedures involving the use of BBA (bio-bone substitute material) grafts. The design of these screws aims to provide reliable support, promoting the regeneration and healing of bone tissue, and ensuring a smooth recovery process for patients post-surgery. By utilizing bone screws, surgeons can achieve higher precision and success rates in their procedures, delivering better treatment outcomes for patients.

Bone Screw Specification

Ø1.0 Bone Screw

Ø1.3 Blunt bone screw

Ø1.3 Pointed bone screw

Features

1. Ultra-thin Design: The head thickness of the bone screw is only 0.9mm, ensuring that the height above the bone surface after implantation is less than 1mm. This design significantly reduces interference and irritation to surrounding tissues, facilitating postoperative recovery and minimizing patient discomfort. Additionally, the ultra-thin design allows for smaller surgical incisions and less tissue damage, contributing to a more aesthetically pleasing postoperative outcome.
2. Torx Recess Design on the Head: The Torx recess features a unique hexagonal design that provides enhanced grip, enabling the surgeon to operate the bone screw more steadily and precisely during the procedure, while also reducing the risk of slippage or improper rotation. This design increases the safety and reliability of the surgery.
3. Multiple Length Options: A variety of lengths are available for the bone screws, allowing surgeons to select the most suitable size based on the patient’s specific condition and surgical requirements. This flexibility ensures precision and personalization in surgery, enhancing the success rate and patient satisfaction.
4. Different anodized finishes for easy identification: Different anodizing treatments create distinct visual differences among various models of bone screws. This design allows surgeons to quickly and accurately identify and select the required screw during the procedure, reducing confusion and misuse, and improving surgical efficiency.
5. Self-Tapping Tip Design and Blunt Head Screws: The self-tapping tip design enables the bone screw to penetrate bone tissue more easily during insertion, reducing surgical time and patient discomfort. Blunt head screws focus on protecting surrounding tissues, preventing damage to nearby blood vessels and nerves during implantation. Both designs have their advantages, allowing surgeons to choose the appropriate screw type based on the surgical site and patient condition.