Automation has revolutionized the manufacturing industry, and industrial robotics has taken this a step further. But what are industrial robots exactly? These machines can perform complex tasks automatically. The result? Work gets done faster and more efficiently, fewer people get hurt, and there's less worry about not having enough workers.
In this blog post, we will briefly overview some of the key features of industrial robotics, the industries and uses where they are most prevalent, and what sets them apart from the competition.
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Key Features of Industrial Robotics | Industries and Uses: How Are Industrial Robots Used?
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Key Features of Industrial Robotics
Industrial robots offer several features that improve efficiency and productivity. One of the key benefits is their ability to reduce workplace injuries. Unlike humans, who can experience fatigue and repetitive stress injuries, robots can perform tasks without risk of injury.
Another feature that makes industrial robots valuable is their ability to enhance capabilities. These robots can perform various tasks such as picking and placing parts, assembly, material handling, and welding. They can work with a high degree of precision, speed, and accuracy.
Industrial robots also provide flexibility for "High mix / Low volume" (HMLV) production, the process of producing a wide variety of products in small quantities. They can be programmed to perform different tasks according to changing needs, making them useful for manufacturing processes that require switching between different products.
Industries and Uses
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How Are Industrial Robots Used? Industrial robots can be found in various industries, such as automotive, healthcare, and electronics. In the automotive industry, robots are used for tasks such as welding, material handling, and painting. In healthcare, they are used for laboratory automation and for performing surgical procedures. In electronics, robots are used for assembling circuit boards.
Industrial robots are also used for tasks that are dangerous or that require high precision. For example, robots can be used for welding in hazardous environments as they can tolerate heat and fumes that could pose a risk to human workers.
Differentiating Factors
What sets industrial robotics apart from the competition is their remarkable range of motion, exceptional precision, and remarkable speed. In particular collaborative robots are specifically designed to work alongside humans safely, thanks to their integrated software and hardware safeguards.
Another type of industrial robot that distinguishes itself from traditional robots is the Autonomous Mobile Robot (AMR). These cutting-edge robots can navigate dynamic environments and execute material handling tasks flawlessly, making them the perfect fit for logistics operations.
Industrial robotics have truly transformed the manufacturing industry, providing highly efficient, cost-effective, and safe automation solutions. These robots enhance capabilities, minimize workplace injuries, maximize productivity, and provide unmatched flexibility for HMLV production.
Interested in learning more? Register for our upcoming webinar, Taking the Leap into Industrial Hydraulics, and Download Omron's Whitepaper, "Are You Ready for Industrial Robots."
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