Role of Robotics in Advanced Metal Fabrication

Robotics is all about the study of robots and computer systems. It is a branch of engineering science that was extensively researched on its functionality and the possible uses of robots were initiated in the 20th Century. An important objective to develop industrial robots was to improve the overall quality of manufacturing processes. The fact that robots can work efficiently in any environment makes them immensely popular and extremely useful in the manufacturing industry. Any complicated job such as metal fabrication, exploring shipwrecks and mines can be efficiently performed by robots.

Robotic metal fabrication has been the most complicated and highly sophisticated technology that is engineered to automate several manufacturing processes like welding, machining, cladding and assembling. Noteworthy to mention, working with metal fabrication equipment can be hazardous. Therefore, an automated metal fabrication system minimizes the risk of human error and exhaustion. Robots are also responsible for automating a series of production of repetitive tasks including loading and unloading parts. Automating these complex tasks help manufacturers achieve better productivity and safety.

Robotic Technology

The automation technology is useful since it resolves many issues related to machining applications. These industrial robots are considered to be the perfect means to carry out tasks where accuracy and reliability are of immense importance. Today, robotic technology is contributing essentially to the improvement of work efficiency in machining processes. This avant-garde technology has completely overcome the conventional machine tools.

Robotic Welding Technique

Robotic welding is an automated process of welding two or more metal parts with the help of robots. Two common types of industrial welding robots are Articulating and Rectilinear. The first one has a machinery arm with rotating joints that work like a human. The rectilinear robots with rotational movements can move in regular lines along X, Y and Z axis. They are both multi-talented industrial device and can perform flawless welding in various sensitive applications. Below are given some advantages of automated welding-

  • Low cost of operation and lower capital investment
  • Improved result and weld quality
  • Reduction in gas consumption
  • Assured workplace safety
  • A Robot can work continuously for days without physical fatigue and drawbacks.

Another growing aspect of automated welding is Robotic arc. Manufacturers make use of this welding bots to fabricate an extensive range of products in a fast and cost-efficient manner.

Over the years, computers have reached a level with improved functionality, accuracy and reliability of industrial automation devices. It also enables them to be powerful and considered as the intelligent controllers of automation. Therefore, the reason why industries are increasingly organizing automated manufacturing systems is that Robots can serve their best to dramatically improve the productivity and product quality.

Robotics improves the overall work efficiency of a manufacturing unit by creating easy and efficient means of completing production tasks. The automated processes help manufacturers increase their profit and meet expectations. Unlike humans, Robots can consistently work for days while meeting the quality and quantity simultaneously.

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