The global industrial robotics market continues to grow at a high rate and is currently valued at USD 27.73 billion, presenting a host of robotic applications.
Adopting an industrial robot into your operations increases productivity. Robots don't suffer from fatigue, nor do they slow down after working. All that is required is programming, proper maintenance, and design to reduce the production times.
Additionally, industrial robots can handle a high load capacity. They can easily lift weights that outmatch by far what we can do. While doing so, they improve workplace safety because humans no longer have to expose themselves to unnecessary hazards.
Robots can significantly enhance your production line. Read on to learn more about the potential applications of industrial robots.
Capabilities of industrial robots
Industrial robots can enhance efficiency, quality, and versatility in the product line. They can be potentially used in various applications such as materials handling, spot welding, arc welding, painting, assembling, mechanical cutting, and more.
#1: Spot welding
Robotic spot welding introduces automation to one of the most hazardous tasks. Such robots can incorporate a high-resolution encoder technology that ensures precise control of the spot welding gun. The software that runs the industrial robot can help it accurately position, accelerate, and force the gun. Many emerging industry-leading robotic spot welding technologies improve the production cycle time, increase product quality, and deliver custom spot welding solutions.
It is possible to increase the repeatability and safety of the manufacturing operations using a machine tending robot. That is a task that is typically dangerous, grueling, and repetitive. Thus, it makes sense to incorporate an industrial robot that can handle product loading and unload reliably and accurately all week long. Thanks to automation, it becomes possible to the finished product quality and consistency. More importantly, it ensures employees' safety, minimizes errors, and cuts back on material waste.
#3: Materials handling
Different industries have varying material handling challenges. That has motivated the emergence of various robots that can move materials from one place to another. Each robot has a different payload capacity guided by the use case. Continued innovation has enabled access to a diverse line of robots and models that automate material handling processes.
Industrial automation has found its way into the painting industry to introduce robots that can do the job much better than humans. Painting using robots ensures that the paint is evenly applied to all parts and equipment. That's possible because robots are precise and do not make drips or imperfections. They are normally programmed to spray the right amount of paint across the designated area and create a flawless finish. All operations can be controlled using cameras, sensors, software, and algorithm. That saves you on costs associated with wasted paint.
The assembly industry was one of the earliest adopters of robots as it presented more potential for enhanced operations in the sector. Assembly line robots have occupied a sweet spot as far as putting parts together is concerned. Such robots operate faster and more accurately compared to humans. Furthermore, they can be configured in many different ways to keep up with the changing needs of the industry and line of business. The use cases for robotic assembly keep growing and currently have applications in automotive components, medical devices, computers, and consumer electronics. These robots have shown that they can put together the tiniest parts, work quickly, and not get tired.
#6: Picking and packing
The modern production environment is fast-paced, thanks to continued technological advancement. Amid faster production, there is a need for an equally quicker way of picking and packing the finished products. You can rely on an ABB robot to handle this role because it works at an uninterrupted speed, is more reliable, and is accurate. Different manufacturers continue to enhance their picking and packing robots by creating dedicated software and improving their strengths.
#7: Arc welding
As customers demand higher product quality, the demand for automated arc welding solutions increases. Robotic arc welding stands out as the most viable alternative to manual operations that would derail the industry's growth. Numerous solutions, such as the KUKA robot, exist to deliver more dynamic solutions. Various manufacturers continue to develop smaller and inexpensive robots that can be adopted into the welding process.
iGAM is the best marketplace for industrial robots
Look no further if you are looking for the most reliable, tested, and effective industrial robots. Our promise at iGAM is to give you seamless access to the robots that you need to improve your business processes. We carry popular brand names, including FANUC, ABB, KUKA, and more, to help automate your product line.