Liquidmetal is the collective name for amorphous metal alloys mixed together. It has a unique property and perfect for medical technology applications. It can be extensively used in medical devices and used in the medical industry. In recent years, it has gained a lot of popularity for its properties. Manufacturers and industries are using Liquidmetal on a large scale today in the medical industry.
John Kang Liquidmetal Expert – The role of Liquidmetal in the medical industry
John Kang is a businessman in the medical industry and is a specialist in the field of Liquidmetal. When it comes to its origins, the John Kang Liquidmetal Expert team says that it was originally created by a research team of professionals at The California Institute of Technology or CalTech. It was named Vitreloy in the beginning. Later it was marketed by a company called Liquidmetal Technologies, and since then it is known as Liquidmetal.
Why is Liquidmetal so unique?
Now, the question that arises in most minds is why Liquidmetal is so unique? What are the properties that make it stand out in the market today? The John Kang WebMD specialist team say that Liquidmetal has a host of unique properties and this is why it is widely used in a number of consumer electronic applications and industries. One of its salient features is it is resistant to high tension and does not break. Its tensile strength is very good. It is also resistant against destruction due to its environmental reaction, and so corrosion does not affect it. It has an almost elastic like quality that permits it to gradually release energy stored making it have properties that are anti-wearing in nature.
Its application and use in the field of medical technology
When it comes to the creation of devices and technology, precision is an important factor that manufacturers should consider to create ideal products. Liquidmetal allows manufacturers to get high levels of precision when they need to make a device. Here, there is a considerable drop in the levels of viscosity when the temperature increases – this is the amount of heat used during the process for manufacture. The degree of malleability at a low temperature makes metal alloys similar to glass in the presence of heat. This allows the manufacturer to get the desired levels of precision when creating medical technological devices. This is a boon when it comes to the manufacture of very small devices needed in the medical industry like medical implants.
The John Kang Liquidmetal expert team says in the future Liquidmetal will be able to revolutionize the medical industry. It has the ability to structure equipment in a precise way and also provide manufacturers with the exact precision when they wish to manufacture medical devices even if they are minute and small. Liquidmetal is also extensively beneficial for dental implants. These devices are much smaller than medical implants and they commonly odd in shape and size. Use of Liquidmetal will help the medical industry manufacture these implants that are strong, resistant to corrosion and longer in quality when it comes to shelf life!