Microtechnology and Its Impact

Technology is innovation and discovery of things which lead to the better development of society. The word "micro" is originated from the Greek word "mikrós" which implies small or tiny. Microtechnologies are technologies that use small and compact technical devices which possess a characteristic of one micrometre.

Micrometer (also referred to as micron) is a millionth of a meter (10 ^-6 m). Micro technology is used in manufacturing miniaturized systems or objects at micrometer scale.

Micro Technology concentrates on both physical and chemical processes , their production or modifications of objects with one-micrometre magnitude.The small tool is simple to move and it's not terribly overpriced to store and transport. Scientists have learned that not only electrical devices but also mechanical devices may be miniaturized to micro metre providing the same benefits.This development led to the Information Revolution.Microelectromechanical System (MEMS) is one of the popular micrometer scale application.

MEMS

Scientists have learned that not only electrical devices but also mechanical devices may be miniaturized to micro metre providing the same benefits.This development led to the Information Revolution.Microelectromechanical System (MEMS) is one of the popular micrometer scale application. MEMS contain tiny mechanical components such as levers, springs and fluid channels along with electronic circuits that are embedded to a tiny chip called microchip . MEMS is now further being evolved to NEMS(Nanoelectromechanical System).

Micro Technology Patents

Micro Technology has filed 17 patents. The 3 most popular patent topics include:

1. Computer memory


2. Semiconductor device fabrication


3. Wireless networking

Items constructed at the microscopic level

Electronics:

• wires, resistors, transistors, thermionic valves, diodes, sensors, capacitors

Machinery:

• electric motors, gears, levers, bearings, hinges

Fluidics:

• valves, channels, pumps, turbines

Advantages

The main advantages offered by micro technologies are:

1. The total resources required like mass, volume, power are reduced.


2. A simple overall system results from the integrated microsystem replacing several discrete components.


3. Microsystems are produced in a batch process which benefits such as low unit cost.


4. High system reliability is made possible by incorporating several microsystems for redundancy.


5. Increase the total performance for a given cost small test facilities are suitable.


6. Production of common microsystems reduce each sector, the high development costs and the investments required to reach maturity.


7. Joint developments would allow the critical mass needed to fully profit from batch production.

More about Microtechnology.....

Microtechnology's most famous success is the integrated circuit. It has also been used to construct micromachinery.

1. In terms of medical diagnostics, micro devices are being used for analyzing blood and other samples.


2. Developments in microtechnology have paved the way to embedding microsystems either directly in fabrics or in clothing components like buttons.


3. Micron innovation improves Artificial intelligence to improve business and lives beyond what we can imagine.


4. Micron also delivers the capacity and performance to handle the data needs using artificial intelligence.


5. Scientific community has been recognizing the paramount role of the cell microenvironment in determining cell behavior.


6. Microtechnology is strengthening a new generation of intelligent which has a broad portfolio of memory and storage that can meet the specific artificial intelligence workloads.


7. The study of human stem cells for their potential therapeutic applications has been progressing constantly.

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