Flat Titanium Mesh-2D Round Hole

Elliptical list arrangement
• No iron atom, no magnetism in magnetic field; better plasticity and hardness of titanium mesh due to unique rib reinforcing design.
• Excellent biocompatibility, corrosion resistance, and stable chemical characteristics; no influence on CT, MRI, or Η-ray following surgery.
• Extremely hard and light.
• After surgery, fibroblasts can develop into the mesh pores to help integrate the titanium mesh with the surrounding tissue, providing sustained protection for the brain. • The raw material is medically tailored titanium that has been smelted three times. Titanium meshes offer the optimum blend of flexibility and hardness, making their performance unwavering and stable. Five inspection processes to ensure quality. The final inspection requirement is:no pauses after ten 180° double backs.
• Exclusive optical etching process developed in-house: this technology doesn't require machining and won't have an impact on performance. Every titanium mesh will have holes that are the same size and distance apart, with extremely smooth edges, thanks to precise design and highly precise processing.These contribute to the titanium mesh's consistent overall performance. Will only experience general deformation in the presence of external force; ocal fracture is not likely. Minimize the possibility of the skll breaking again.

†1.5mm self-drilling screw and φ2.0mm self-drilling screw are the matching screws.

The matching tool is a straight quick coupling handle cable cutter (mesh scissors), mesh moulding pliers, and a cross head screw driver (SW0.5*2.8*75mm).
It comes in an assortment of sizes and forms. For minimal palpability, a low profile supplied with rough or smooth bottom disks and smooth disk edges that were specially created.