Medical capillary nickel titanium alloy wire

Medical capillary nickel-titanium alloy wire
Suitable for capillary diseases, medical wires, heart stents, medical equipment, medical catheters, etc., with strong anti-corrosion ability. Cardiac rhythm, minimally invasive intervention, neuromodulation, PTCA, etc.
Features: Use high-precision precision wire drawing equipment and masonry molds to precisely control the wire size.
Manufacturable range: φ0.1～0.08mm
Lanbo produces and provides a variety of nickel-titanium alloy wires and guide wires, ultra-high straightness wires, high elasticity and high strength wires, nickel-titanium alloy guide wires can contain one or more tapers.
Brand: Lanbo

086-18922539007

Email:sales08@lanboon.com

PRODUCT DETAILS

Advantages of titanium in medical treatment
1. The equipment is light and can reduce damage to capillaries, muscle tissue, and organ tissue during surgery, reducing patient fatigue. Medical titanium equipment is more suitable for delicate microsurgery;
2. Good corrosion resistance and non-toxicity, the equipment will not rust, the wound is not easy to be infected by bacteria, and the wound heals quickly;
3. During the operation under the shadowless lamp, the reflective performance of medical titanium is poor, which is more suitable than stainless steel plate;
Features of titanium in medical treatment
Titanium has the characteristics of no rust, antibacterial, non-magnetic, and wrinkle-free, and has become a widely used medical metal composite material in recent years.
Due to the “microbial-friendly” properties of titanium, it has good compatibility with human cells and no side effects, so titanium rods and titanium alloys have been widely used in the medical field.
In addition to its unique shape memory function, memory alloys also have excellent characteristics such as wear resistance, corrosion resistance, high damping and superelasticity.
Lanbo NiTi alloy is a shape memory alloy. Shape memory alloy is a special alloy that can automatically restore its plastic deformation to its original shape at a certain temperature and has good plasticity. Its expansion rate is above 20%, fatigue life is 1*107, damping characteristics are 10 times higher than ordinary springs, and its corrosion resistance is better than the best medical stainless steel currently available. Therefore, it can meet the application requirements of various engineering and medical fields and is an excellent functional material.
The capabilities of NiTi alloys are also constantly improving, including shape memory, superelasticity, high fatigue resistance, corrosion resistance, and biocompatibility, which have brought revolutionary changes to the field of medical device manufacturing. In order to fully utilize the properties of NiTi alloys, reasonable and application-oriented processing processes must be selected to obtain optimal efficiency. This is especially true for NiTi alloys, which are difficult to process due to their phase transformation and work hardening. Although independent research on NiTi alloy processing is available, there is a lack of significant comparative information on the advantages and limitations of different processing processes applied in NiTi alloy micromachining.