What are the steps in the mass production system?

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steps in the mass production system to create a machine or product prepared for sale are relatively universal across industries. The product is first designed by a group of engineers, chemists or other technicians and scientists, and then the basic components of the product are made in large of the purchased raw materials. These manufactured components then enter the stages of mass production of the assembly line, where they are quickly assembled in a standardized sequence order. During this process of mass production, a number of quality control measures are enforced to ensure that part or material meets the design standards. After the assembly and quality checks are completed, the product is packed and loaded for transportation to the established markets. Inspection of quality, packaging and transport, while to some extent peripheral, are also integral elements of standard maintenance, stable production of goods from the system. Each of these elements of the mass production system is based on a structure that combines as difficult as possible human work with PRAccess machines of driven power. The more automation of the machine that can be incorporated into the process, and the final the division of human work for each phase on the assembly line, the greater the efficiency in generating products.

The development of the mass production process from the first incarnations has also shown that the specialization of partially qualified workers and the interchangeability of parts is the fastest way to produce a large number of the same copies of the goods. When mass production was developed for the first time, it was for military purposes. A comparison was made with the highly qualified craftsman produced the same products one by one, which turned out to be significantly slower.

One of the first attempts for the mass production system was Marc Brunel, a French mechanical engineer from 19 years of age who settled in England. He automated Pulley BLOCKS, a basic part for rope management that controlled the sails on the ships.These parts often broke and a large number of them had to be produced as a substitute for the British Navy. During 1802 to 1808, Brunel invented the system in Portsmouth, England using the series production method on the assembly line, instead of a qualified craftsman who built the pulley blocks one by one. The estimates are that its workers produced the pulleys ten times faster than the previous method, allowing them to generate about 130,000 to 160,000 units per year.

These recurrent flow production methods were further developed in industry from 19 ^{th. Chassis from 12.5 hours each for 93 minutes. As a result, his cars were much more accessible than competitors and industry as a whole withHe also noticed his success and began the widespread acceptance of the mass production system.}