There are genuine concerns that the rate of growth witnessed in assembly lines, manufacturing, and even electronic manufacturing will, at some point, make human labor obsolete. Unfortunately, this premise is accurate, and as production lines experience an increase in demand, high-speed robot manufacturing will eventually overtake human operations.
The focus here is that electronic robotics have plenty of advantages-they are safer, operate at high speeds, and help maximize production. This is especially critical for factories that require precision but still have to produce in high volumes. Human assembly and inspection take time, and in the manufacturing business, time is a luxury you don’t have.
Key Takeaway
While robotics has been around for decades, the electronic industry didn’t peak until early 2011. This system facilitated better operational capacity, lower manufacturing costs, improved quality, and accuracy. Electronically controlled robots were also known to provide better safety, were quicker in quality assessment, and produced better results. For industries that adopted this technology, test operations were more conclusive compared to human labor.
Although the aim was to create a system where humans and machines could work together, it has become evident that robots do a more conclusive job, and they do it at a lower cost. The takeaway here is that these machines will at some point replace the human workforce because they are better equipped to perform even in harsh conditions.
Benefits of Electronic Robotics
Reduced Installation Times
It may seem harsh, but the total cost of implementing automated solutions is a fraction of the cost of hiring a labor force. The average collaborative robot costs about $50000. For small and medium enterprises, this figure is still high. However, if you consider the added payload, flexibility, and installation speeds-then it is worth the investment.
A minute saved in installation can be redirected to other more critical functions, which is why these robots are a high priority for high-end assembly and manufacturing companies.
Improved Operational Sophistication
Robots are the future, and as technology constantly evolves, it brings a level of sophistication that makes work less strenuous. Today, industries such as agriculture, retail environments, and even medical practice are integrating electronic robotics as a new way of improving quality service. There are several robots in healthcare, dairy, and crop farming as well as military operations.
The reason is that these robots have better sensory input, are intuitive, and they know the best possible time to perform specific tasks. Machine learning has also introduced the value of intelligent robotic solutions that streamline and consolidate processes in your entire production line. With the introduction of IoT (Internet of Things) into technological circles, manufacturers can now remotely control all the operations on the factory floor from one central location.
Note however, that this is a new technology, and experts are still working to apply IoT as a safe option-one that can securely run a company’s entire production line.
Accuracy, Durability, Speed, Precision
Robotics and improved capacity are mutually exclusive. These systems can now be integrated into any industry and still record immense quality. Electronic robotic arms are known to be better performing, faster, and require very little floor space. Unlike other rigid types, these robots are durable and less likely to break even after multiple uses.
The grippers on these robots are precise and high grade, and they use much smaller components to assemble. The higher-precision grippers are for the specific reason of ensuring the cut is accurate at high speeds-preferably to within a percentage point. High-speed processes denote higher inertia, which means a typical gripper may not handle the added strain.
In electronic robotics, machines perform a list of very meticulous assembly work. This means that they have to adapt to picking and placing microchips and welding them perfectly into place. This adaptive robotics requires being able to simultaneously place parts in dynamic locations. Fortunately, these robots have better tolerance to pressure, and hence perfection is not affected by the need for high volume production.
The Value of Flexible Robotics
Old robots were rigid and could only perform the usual pick and drop motion. For this reason, 20th-century robot arms were placed next to conveyor belts to pick up and drop products at specific intervals. Times have changed, however, and the end-user wants, above all else, value for money. Retail and consumer robots need to be mobile, intuitive, easy to program and reprogram. This versatility means a robot can be used in bin-picking at noon and be ready to perform orthopedic surgery at 4 pm.
Luckily, robots in the electronic industry can now effectively combine assembly and dispensing capabilities. On top of this, these robots can also perform system inspections more accurately. Although these high-speed machines require delicate handling, they can perform product removal, handling, packaging, dispensing, and inspection. This versatility makes them optimize your production by facilitating better and more cost-effective manufacturing processes.
Machine Learning/Adaptability/Scalability
As mentioned earlier, technology is the most dynamic industry today. Gadgets are getting more sophisticated every day, and software is becoming obsolete just as fast. Modern robots operate and integrate into multiple programming languages depending on the end-user. You need a system is constantly updated to accommodate new upgrades without too much fuss.
Fortunately, new robots still give you the value of AI adaptability that allows you to improve your robot’s software as your business grows. Most programming experts are trying to develop software that can easily integrate into multiple systems, can be operated from the cloud, and has a few perks like voice control.
It is an ever-changing market, and although robots may still be a long way from cooking you dinner, they still provide an excellent addition to your team. The best idea is to find a way to in-cooperate these machines into your business without losing your human workforce.
Bottom Line
Electronic robotics is still a relatively new field, but what it has brought to the industry is a fascinating blend of reliability and quality. This short list gives you 5 of the most notable perks thus far.
