How Modern Manufacturing is Driven by Data, Automation, Robotics & Cyber Systems

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Technology is identified as the most important area of manufacturing process decision making, followed by quality assurance and control. The digital manufacturing processes could prove to be a boon for the companies. It is representing the fourth industrial revolution driven by data, automation, and cyber systems. 

 

Data, Automation, Robotics,Cyber Systems

 

Recent research has focused on identifying the role of technology in strategic manufacturing decision making in a particular industry. Manufacturing technology provides productive tools that power a growing, stable economy and a rising standard of living. The digitization of manufacturing has advanced so far that it is being called Industry 4.0 - representing the fourth industrial revolution driven by data, connectivity, and cyber systems.

 

Fast-Growing Manufacturers Are Much More Technologically-Oriented-

Technology is identified as the most important area of manufacturing process decision making, followed by quality assurance and control. Cloud-based computing uses network-connected remote services to manage and process data. Life in the cloud will gain momentum, but security concerns must be continually addressed. Manufacturers have always wanted to ensure every product is perfect, and this seemingly impossible task is now within reach. With the increased implementation of AI in the production line, it is now much easier for businesses to spot areas of improvement, whether it be in terms of efficiency, productivity, or error rates.

 

Growing Adoption of Robotics and Automation-

Robotics captures a lot of media attention. However, over the past year, middle-market manufacturers’ technology investments have been equally divided among robotics and advanced automation. There are many key roles that technology is currently playing in the world of manufacturing. For example, additive manufacturing is picking up momentum, enabling the production of bespoke components to be created to precise specifications and with little-to-no wastage. Consumers now demand products that are intelligent, responsive, and connected, i.e., "smart." Terms such as "smart lighting," "connected cars" and "wearable technology" are examples of these products.

 

Data-Driven Manufacturing and Increase in Productivity-

Productivity is key when running a manufacturing business as the greater the productivity, the more you can produce, and the quicker you can produce it. Technology also plays a major role in productivity, so looking for software solutions may be ideal for your business. Manufacturing industries can significantly increase their efficiency and productivity with the technologies that allow them to collect, process, and measure big data in real-time. These technologies include electronic devices that connect factories through the internet and web pages that double as dashboards for controlling the processes.

 

The digital manufacturing processes could prove to be a boon for the companies that are committed to implementing Six Sigma. It would in-turn help the companies in bringing about the product and process quality enhancement and control, which would identify defects, reduce errors. Embracing technology within the manufacturing process allows for stress-free data mining. This permits real-time analysis of corporate data, forecasting overall productivity and profitability trends.


Location: India

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