Precision Engineering

Precision Engineering is a rapidly growing discipline that focuses on the design and production of precision engineering products. Precision Engineering is the combination of numerous disciplines that are critical to the technological process. This discipline seeks to achieve consistent, repeatable results while exceeding customer expectations. Precision Engineering has developed a strong international platform through professional organizations and associations. The Society of Automotive Engineers (SAE) and the Society of Electronic Engineers (SE) are both membership organizations that have been around for many years and continue to play a vital role in the growth of this very important industry. Precision Engineering is rapidly becoming one of the most competitive fields with increasing investments in technology.

Precision Engineering Journal of the International Societies for Precision Engineering and Nanotechnology is dedicated to the multidisciplinary study and collective practice of, specifically, metrology, laser machining, and precision engineering. The journal takes an holistic approach to all topics related to precision engineering and fabrication, including design, fabrication, testing, integration, software, and user research and optimization. In addition to being devoted to these specific areas of study, the journal also publishes research reports from experts in various other disciplines. The journal is very useful to those involved in precision engineering or working in the machining industries.

A majority of Precision Engineering companies are located in the United States. This is because of the close relationship that exists between engineering, management, technical, and manufacturing. Many times, the best way to reduce costs is to improve processes and maximize efficiency by eliminating or minimizing the human error factors. Many large corporations and engineering centers have long made it a priority to develop new technologies and advance the safety, reliability, and quality of their production and services by using quality management tools. With the high level of expertise, and quality control that is necessary in precision engineering tools, many of the Precision Engineering companies are able to eliminate nearly one hundred percent of errors and improve manufacturing productivity.

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