Precision engineering is an association founded in 1986, which comprises of various training and education advancing the arts, science and the technology promoting adequate knowledge, which is then used by the science and industry.
The various components the precision society focuses on are as mentioned below
- Designing
- Development
- Manufacturing
- Measurement of high accuracy segments and components
- precision control
- metrology
- interferometry
- material processing
- nanotechnology
- optical fabrication
- scanning microscopes
- semiconductor processing
- ultra-precision machining
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| Precision Engineering |
There has always been a long and large community of precision engineer in the United States but a common focus on activities and related terms to the same was always lacking and required more attention to take it forward. However, in Japan a large and active Japanese society of precision engineers conducted a session of forming an American society and the enthusiasm of the participants did receive immense positive response and thumbs up for their work and so did they held a very big first Annual meeting of participation in Dallas, Texas, to develop the same further. The anticipation of the people to move forward towards providing more and more deliverables to the society has to be appreciated and honored. Due to their hard work and efforts, we are benefited in a big way in terms of engineering and its breakthrough in the industry.
The services provided by the precision engineers are as followed below
- Laser cutting and punching – It is a technology which is in the most advanced stage, it makes the fabricators more productive the competitive industry; however, punching stands out to be more irreplaceable in the industry.
- Forming a fabrication – This method comprises of cutting, plasma cutting, blanking, sawing, shearing punching, piercing, bending, drawing, spinning and tube bending. These methods demand proper operational skills to finish.
- Programming finishing - This is a technical process that can be only done by the trained and qualified engineers. This method involves programming of the product in the absolute proper manner for the same to function with the tenacity it is expected to offer.
- Products assembling - This method requires assembling the technical machineries to form the product planning to be made. This is an engineering skill which is performed accordingly.
- Logistics – The import and export is a very important part of this industry as it requires a lot of dispatch and receivables at the same time. Hence, the companies dealing with Precision engineering has a spate department for logistics as well
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| Precision Engineering |
It is due to the high accuracy in engineering, manufacturing and metrology that today we stand in a society where the engineers have immensely contributed in making change in development in a higher graph. It is a subject which is related to the design, research, manufacture, application, and performance validation. The High precession machines, components and instruments involve fundamental and applied research and high level of development in the whole manufacturing processes. This results in advanced measurement science and includes fabrication technology which deserves equal focus of positivity towards the civilization. This gives a very big scope to the precision – engineered systems and also supports metrology over complete range of highest scale from the nanotechnology which is Atom based and the same is advanced in lithographic technology to a large extend along with radio telescopes, optical advancements and macro metrology. So many technicalities and its uncountable advantages could be the part of the development due to the introduction of the same in the industry. We have been highly benefitted for the Precision engineering society and its contribution towards the growth and prosperity.
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