Standard medical grade atomic nickel titanium alloy has excellent overall biocompatibility and is the mainstream implant/contact material for interventional guide wires, stents, and catheter cores.
Nickel titanium relies on its super elasticity, flexibility, and shape memory to safely and efficiently prepare along the original shape of the root canal, making it an irreplaceable material for modern mechanical expansion root canal files.
Nickel titanium memory alloy has become an irreplaceable key material for many core devices due to its unique shape memory, superelasticity, corrosion resistance, and biocompatibility.
The nickel-titanium alloy guidewire can achieve a maximum recoverable deformation of 6%, automatically rebounds after bending, and can navigate through complex vascular curves and branches without plastic deformation.
Nickel titanium alloy medical catheters play an important role in modern minimally invasive medicine due to their unique physical and biological properties, especially in interventional surgery.
Nitinol guide wire relies on its core advantages of super elasticity, shape memory, anti twisting, biocompatibility, and resistance to repeated bending, and is the basic channel consumable for minimally invasive interventional surgery.