Unterstützendes Schraubensystem

Supporting Screw System Indication: Titanium mesh & resorbable membrane fixation
Material: Hergestellt aus FDA-zugelassenem Titan
Packing: Sterile Blister
H（mm）: 9 11 13 15 17
D(mm）: φ2.0

Details zum Produkt

The support screw system includes various heights of support screws, along with compatible screwdrivers and drill bits, primarily used for applications like the fixation of titanium meshes. This system provides different heights of support screws to meet various surgical or fixation needs, ensuring the stability and safety of implants such as titanium meshes. Additionally, the accompanying screwdrivers and drill bits facilitate efficient tightening and drilling operations, further enhancing surgical efficiency and success rates.

Spezifikation

Teil Nr.	Specs	D（mm）	H（mm）
7018320092	φ2.0×9	φ2.0	9
7018320112	φ2.0×11	φ2.0	11
7018320132	φ2.0×13	φ2.0	13
7018320152	φ2.0×15	φ2.0	15
7018320172	φ2.0×17	φ2.0	17

7212500100

Schraubenzieher

7214500050

Drill

φ1.5mm

Support Screw System Features

Multiple Options Available: This system offers a variety of specifications and models of support screws to meet the diverse needs of different surgical sites, fixation requirements, and personalized treatment plans.
Convex Head Design: The unique convex head design of the screws allows for precise alignment and fixation of the titanium mesh at the center hole, ensuring accurate positioning and secure connection of the implants, thus enhancing the accuracy and safety of surgical operations.
Sharp High-Precision Threads: The threads of the screws are precisely machined with sharp cutting edges and high-precision design. This design not only facilitates easy placement and tightening of the screws but also effectively increases the contact area with surrounding tissues, improving stability and significantly reducing the risk of loosening, ensuring the long-term stability of the implants.
Self-Tapping Screw Head Design: The screws feature a self-tapping head design that allows for easy implantation without the need for pre-drilling. This design simplifies surgical steps, reduces operation time, lowers surgical risks, and improves implantation efficiency and success rates.