Industrial Automation: A Path to Flexibility and Competitiveness


Automated industrial machines have been helping manufacturers achieve superior accuracy, speed, and productivity over the last few decades. The growing customer needs and the demand for flexibility, fast turnover, and efficiency in production processes have driven industrialists to adopt robots and other automation means. With the unprecedented growth in the worldwide population, manufacturing has become a vital part of the fast growing economies. The term automation is repeatedly used when it comes to the modern manufacturing processes.

A manufacturer living in the 21st century cannot think of achieving market competitiveness and high productivity without bringing in technology and innovation in his production process. Successful companies generally have the ability to move forward in a coordinated way and respect the market trends. This is how the competitiveness of a product or service is determined.

Can robots help companies achieve flexibility and competitiveness in their manufacturing processes? Can automation help manufacturers produce variants of a product or customize the existing products in order to cater the varying global needs? Companies can program their automated machines or robots to perform multiple tasks and produce a number of products without any heavy investment. Diverse industrial technology and machine-to-machine communication certainly enable businesses to achieve their objectives related to adaptability and market competitiveness.

The role of automation in expanding the operational footprints of a company has become more crucial than ever. Automation can help businesses withstand the growing pressure of transportation, wages, and other costs related to international trade. This is the reason why most of the developed countries are increasingly accepting automation as a way to counter rising wages and meet production needs.

The demand for industrial automation is driven by the pressure to respond quickly to the customer expectations and needs. Industries have to set up production processes quickly in order to stay competitive in the market. This is the reason why robots are being built with the capabilities to perform complex tasks. Following are some of the industrial processes that can be automated to achieve greater productivity and competitiveness:

  • Metal fabrication (cutting, milling, welding, sawing, etc.)
  • Product development (prototyping)
  • Food processing
  • Material handling
  • Assembling
  • Workholding
  • Additive processes
  • Measurement and quality control

Automation technology has been playing a leading role in reshaping the manufacturing processes all around the globe. From improving the existing conditions of industrial infrastructure to installing new production units, automation will enable you to handle the growing demand for adaptability and quality.