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.
Normally, nickel titanium alloy bone screws implanted in a formal manner will not fall off or loosen on their own, and only in a few extreme cases will displacement or dislodgement occur.
Thin walled seamless nickel titanium alloy tube is a precision seamless tube made of near equiatomic ratio nickel titanium shape memory alloy as the base material, formed without welds, and with extremely small wall thickness.
The difficulty in processing nickel titanium springs lies in balancing the superelasticity/memory effect with dimensional accuracy, as well as issues such as tool wear, rebound, and phase transition drift.
Nickel titanium vascular stent, relying on the unique shape memory and super elasticity of nickel titanium memory alloy, is the preferred implant consumable for peripheral blood vessels, cerebral blood vessels, and venous stenosis.
Nickel titanium network management relies on its super elasticity, fatigue resistance, biocompatibility, and corrosion resistance, and is divided into three major categories: medical, industrial military, and special civilian.