From Implants to Pacemakers: Here is How Titanium Can Help Your Health

Written by Aara Jones
3 · 05 · 21

Titanium is a chemical element that is highly valuable in aerospace applications, the military industry, and medical interventions. Known for its natural resistance to corrosion, strength, and biocompatibility, titanium or Ti-22 is a versatile choice in a variety of applications. In the field of health, it is used in the production of surgical devices, dental implants, prosthetic gadgets, eyeglasses, and wheelchairs, improving health and quality of life as well as well-being.

Biocompatibility with Living Tissue

One of the major strengths of Ti-22 is its biocompatibility, producing no toxic or immunological reaction when in contact with the living tissue in a body or its fluids. Hence, medical and dental devices carved from a titanium metal sheet have no unwanted effects. For example, dental implants made from titanium can osseointegrate, meaning that they join the bones and body and stay in place for at least 30 years or more without adverse reactions. Ti-22 is also corrosion-resistant, making it harder for water and chemicals to destroy its surface. Not only are your implants replacing tooth loss and safeguarding jaw structure; you are also getting an insert that is safe and durable.

Another popular use of titanium in the medical industry is in the production of pacemakers. These are health devices implanted to keep your heart beating at a healthy rate. According to study published in the European Heart Journal, pacemaker implantation can increase median patient survival rates up to 65.6% after five years of insertion. Pacemakers are made up of a device pulse generator, leads, and a device controller-monitor. The casings for these parts are usually made of Ti-22, making the chemical element a valuable material for improving heart health.

Strength and Robustness

Besides its biocompatibility with the human body, Ti-22 is also very strong. It is useful in the fabrication of assistive devices such as crutches and lightweight wheelchairs. These help to improve your mobility in the event of a motor disability or injury, enabling you to move around indoors or outdoors.

Furthermore, Ti-22 is lightweight and is 40% less heavy than stainless steel, making it an ideal material for surgical instruments such as forceps, scissors, and needle holders. In effect, it reduces hand fatigue, especially during long and complicated surgeries, or when performing repetitive tasks. Ti-22 has a high elasticity, making surgical instruments flexible. Moreover, medical instruments made of Ti-22 are robust and durable, even after constant autoclaving or heating.

The use of titanium in the medical field offers many benefits by providing implants, instruments, and devices that can save and enrich lives, enhance mobility, and improve ease of surgical procedures. Titanium is a valuable chemical element that has diverse applications to promote human health.

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Aara Jones