Industry 1.0 to 4.0: The transformation of the manufacturing process in the Industrial Revolution
There have been inventions for years from the early evolutions of humankind. As the centuries passed away the lifestyle, and the way of living changed, also the type of working and establishments varied day by day. Every industrial revolution phase has led to social, economical, and industrial transformation and introduced many technologies, and utilization of energy every year.
These processes are also known as technological revolutions, in those period one technology was replaced by another in a short period. The evolution and transformation from Industry 1.0 to 4.0 are elaborated further:
Industry 1.0: The era of steam, coal, and power industrialization (1765 to 1840)
The First Industrial Revolution began between the years of early 1700 and late 1800 in Britain and later flourished all over the world. Previously, the spinning wheel for making threads was already known. It was the age of coal, water, and steam power. It took a major shift in technological, social, economical, and cultural events.
In those days, manufacturing processes mostly involved labor work done by man, along with the help of work animals to aid in driving water and steam powered engines and other sorts of machine tools. It was the phase where growth took place from handcraft to steam engines.
The textile and power industries were at the start, as well as mining, farming, glass, and transport, which were also included in the First Industrial Revolution. This industrial revolution initiated the mechanical, production tools that drove water and steam power, and the invention of the power loom used for weaving threads.
Industry 2.0: The year of electrical power and mass production (In the 1870s)
In the initial half of the 19th century, around the year 1870, the second industrial revolution started with the introduction of steel, petroleum, and electricity in plants that led to the innovations of public automobiles and airplanes.
During those times, some historians referred to it as the "Technological Revolution." Henry Ford started the first assembly line concept in the manufacturing of automobiles with the idea of the slaughterhouse in Chicago, where the pigs were hanged on conveyors and slaughtered by the butcher for meat production.
The invention of the first assembly line was created, which made the production of goods and products easier and large in quantity and from the point of view of boosting productivity. The introduction of electricity-operated machines led to improved efficiency and helped make factory machining more portable.
The mass manufacturing production lines were also introduced, conducted by electric energy, and the invention of the Vintage electric belt was the key creation of Industry 2.0. The use of mechanical energy to convert and create electrical energy for production purposes.
Industry 3.0: The era of Electronics and IT systems (Around 1970s)
The Third Industrial Revolution was introduced in the middle of the 20th century, the year 1950 to 1970, which was the year of the emergence of developed telecommunications, data computation, and computers. This era was also known as the "Digital Revolution". This industrial revolution took a transformational turn in the electronics as well as the IT industry.
The electronics industry is consisted mainly of, the manufacturing and creation of new electronic components which are small, and higher in speed and accuracy. It mainly consisted of transistors, diodes, and IC (Integrated Chips) that enhanced the machine's life and efficiency.
The transformation of this industrial phase started with systems like analog and mechanical to digital ones in those decades. The digitization of factories started along with the installation of PLCs (Programmable Logic Controllers) into the machinery to help automate a few functions and organize, and communicate the data.
The creation of PLC driven robots, the use of electronics and IT to automate production, how communication technologies combine with new energy like renewable energy, and the creation of general-purpose electronic computers that were formed in Industry 3.0. These technologies and creations fundamentally changed the world economy.
Industry 4.0: The year of smart manufacturing, digital transformation, and smart technologies (Around the 2000s)
It is the present and ongoing year of the industrial revolution, where digitization and technology have changed the industry's look and made human efforts smarter and more automated. Industry 4.0 is known as the Fourth Industrial Revolution or Industrial Internet. It was presented in 2010.
Today's industries and top technologies introduced in the market over decades or lesser spans are included in it. It is an enhanced computerized version of Industry 3.0. This industry is mainly based on cyber-physical systems that are formed using numerous technologies like electronic systems, cybersecurity, cloud computing, Big Data, computer technology, additive manufacturing, the Industrial Internet of Things that is the Industrial IoT, artificial intelligence (AI), etc.
The key purpose is to make the digital changeover in industries and make them more automated and smarter. The machines are connected to the digital and virtual worlds and execute smarter tasks; the digital twin is one of the integration-based ideas that are related to Industry 4.0.
The IoT (Internet of Things) is one of the key technologies that are the building blocks of smart factories and industries. Also, data integration, analysis, and processing are crucial factors in Industry 4.0.
Industry 5.0 and Conclusion
Industry 5.0 is another upcoming industrial revolution, that will be based on automated manufacturing strategies, human assistance will be less and more smart machines and robots will be used. It is just a customized version of manufacturing in Industry 4.0. Some of the limitations of Industry 4.0 are managed by Industry 5.0. The picture of the industrial landscape has changed as a result of successive advances.
Conclusion:
With the progress and development of the industrial revolution from 1765 to the present, the scale of development grew in terms of centuries, and with advances in technology, productivity also increased. It has successively taken three decades to achieve the present benefits of Industry 4.0.
These ideas about the coming industrial revolution, as well as the adoption of new algorithms and devices, will change the view of the next industries. The faster pace of technology has brought about changes in the progress of society, management, and the economy. It has connected people all over the world and changed their lives, employed them, boosted their skills, and given them experiences beyond their imagination.
You must be logged in to post a comment.