By George Thompson Liquidmetal is the collective name given to amorphous metal alloys that are mixed with one another for manufacturing certain products. It is known for its unique atomic structure and is very popular in the technological and the electronics industries. Liquidmetal is today used in several medical technology applications and widely popular in manufacturing medical devices across the world. Over recent years, Liquidmetal has gathered a lot of popularity for its unique properties. Industries and manufacturers widely use Liquidmetal in the medical industry today on a wide scale.
John Kang Liquidmetal Expert – How important is Liquidmetal?
John Kang is a reputed businessman in the medical industry and conducts research in the field of Liquidmetal. When it comes to the production of Liquidmetal, it was first produced in 1960 by the California Institute of Technology or CalTech. Its original name was a Vitreloy, and an experienced team of specialists created it. With the passage of time, its name was changed to Liquidmetal.
What makes it different?
John Kang Liquidmetal says Liquidmetal has unique properties that make it stand out in the market today. It is a special atomic structure that makes it similar to glass. It is highly flexible and used widely in the technological and electronic markets. It is strong, making it resistant to tension. This is the reason why it does not break. The John Kang WebMD team says that Liquidmetal has very good tensile strength making it resistant to destruction and the environment. This metal is also resistant to corrosion as it has an elastic-like property that make it anti-wearing in nature.
Why is Liquidmetal popular in the field of medical technology?
In the field of medical technology, precision is a very important part that manufacturers need to take into consideration when they are creating medical and healthcare products. The use of Liquidmetal permits manufacturers to get a very high level of precision when they have to manufacture a device. When the high temperature is applied to Liquidmetal, there is a huge drop in viscosity. This is the element of heat that is needed for the manufacture of medical devices in the healthcare industry. When heat is applied, Liquidmetal becomes malleable, and this makes the metal alloy take the form of something that is similar to glass. This helps the manufacturer get high levels of precision when medical technological devices are being manufactured. Liquidmetal, in this form, helps the manufacturer to produce medical devices that are very small and need a very high level of precision. For instance, medical implants.
The John Kang Liquidmetal team says that Liquidmetal is the future of the medical and healthcare industry where small medical devices are concerned. With the help of Liquidmetal, manufacturers are able to make surgical implants that are 100% exact when it comes to form and precision. Experts in the field say that Liquidmetal has helped medical implant manufacturers to make products that are safe, hypoallergenic in nature, strong and resistant to corrosion. They also add that Liquidmetal ensures that products have a higher shelf life over other metals used when it comes to the manufacture of medical and surgical implants.
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