Following the industrial revolutions and the advent of technologies and digitalization of production systems,Industry 4.0 represents today the factory of the future. The main challenges of the industry of the future include reducing energy consumption, cutting costs for all players and optimizing the customer experience. In order to increase the efficiency of the methods, the use of robots, artificial intelligence, 3D printing and augmented reality is favored. Connected factories communicate with each other to ensure greater productivity.
Industry 4.0: safe, connected and flexible production
Smart factories are at the heart of the process innovation ofIndustry 4.0 or factory of the future. Thanks to the evolution of robotics (big data, cloud computing, enhanced cybersecurity, smart sensors) smart factories are becoming more efficient, profitable and secure. In companies that are incorporating Industry 4.0 into their process automation approach, robots are doing the majority of the work in manufacturing products.
They have the ability to perform complex tasks. They can optimize equipment maintenance and are able to inform operators in case of malfunction or breakdown. According to various studies, smart sensors that detect problems reduce downtime and cut maintenance costs by about 40%.
More speed, productivity and cost reduction in the industry of the future
The competitiveness of 3D technology represents a major evolution in the industry of the future and the commercial sector. It includes various 3D techniques: printing, visualization, configuration. These significantly increase the productivity and customer experience of online businesses. Interactive, 3D tools allow consumers to personalize the products they buy. Studies show that online businesses that use 3D models to replace 2D product presentations increase their sales by about 30%.
This innovation will also increase product manufacturing and marketing capacity globally, while increasing the efficiency of the buying experience. At the same time, changes in energy storage, autonomous vehicles, and biotechnology also represent important advances.
To conclude, Industry 4.0 or the factory of the future combines opportunities and challenges. The automation of processes and the development of robotics are challenging the labor market. According to some experts, this would result in the loss of about 40% of jobs within 15 years.
However, a similar number of new jobs in cybersecurity, big data, 3D printing, nanotechnology and aerospace will be created. Ultimately, Industry 4.0 is improving the lives of many people (employees, suppliers, customers) through the optimization of productivity, workplace safety on the factory floor, and the consumer shopping experience.
