The Process Of Precision Components Manufacturing

by | Jun 5, 2017 | CNC Machine Service

Not all parts and components manufactured today have to meet exacting standards. However, in some industries precision is critical and may be a matter of life and death. Precision manufacturing in the medical device, orthopedic, aerospace and military and defense industries is not an option but rather a requirement.

Even slight deviations in parts and components can result in system or device failure. Top companies that complete precision manufacturing are aware of this and they create redundancies in their production to eliminate these concerns.

State-of-the-art Equipment

With precision components manufacturing, having the correct equipment is central. Companies that are operating with old, outdated equipment or old versions of CAD and CNC software and hardware are not capable of producing the same precise parts as those manufacturers using state-of-the-art components.

Companies that invest in the best equipment and constantly update their systems are companies that are committed to quality and precision manufacturing.

Highly Skilled Engineers and Technicians

While computers and automation are essential in precision components manufacturing, it is still the human operator that will make the adjustments and ensure that the manufacturing process is optimal and free from errors.
The best companies hire the best engineers and technicians to provide the knowledge, skills, and experience to use the equipment in the most efficient and effective way.

Automation and Robotics

The more automated any type of production is the more accurate and precise it will become. By using robotics and automated systems in precision components manufacturing, the human error factor is removed. Also, and this is important, continual information is fed from the equipment to the control software, keeping operators aware of any changes to the system.

Process Validation

Process validation is a method of monitoring all stages of production or processing through the collection of data. This allows the manufacturer to monitor each specific part of the process to ensure complete accuracy or to immediately detect any variations or irregularities.

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