Robotic arms have a wide range of benefits. Chief among them is that they take up tasks that would be inconvenient in one way or the other if left to humans. For instance, robots are able to take up risky tasks that are likely to pose danger to humans. Another major benefit is that robots are able to take up even the tasks that would seem repetitive for humans.
According to recent research findings, companies lose approximately $10,000-$20,000 due to human workforce injuries brought about by performing repetitive tasks. Over sixteen months of work-time is also lost. For any production company, these losses are enough to delay the realization of ROI.
Robotic Arms in the ‘Pick and Place’ Operations
‘Pick and place’ tasks are repetitive and can be very boring. Besides being dull and causing boredom, doing the task over and over again can cause some injury on the human workforce even when no accident has occurred. Such injuries are known as repetitive motion injuries.
When workers get repetitive motion injuries, they either take sick offs or demand for compensation. A pick and place robotic arm is the perfect solution for a company involved in such operations. Robotic arms can seamlessly complete the entire pick and place operation, no matter how repetitive with ease. What’s more, the process is quicker and guarantees an accurate outcome.
Pick and place robots help streamline the repetitive tasks but still leave room for the human workforce by leaving assignments that need personal attention to humans.
Automated Robotic Arms
Nothing drives an industry quicker than automation. It has been no different with robotic arms. Automation of robotic arms has continued to make production processes more efficient and quick. Once automation is incorporated, a company is able to improve the value of its products. Automation ensures consistency and this helps create a good rapport with the clients. A rapport based on trust and reliability when a company is able to produce and supply a consistent number of items to the resellers and other users.
Once embraced, automation lights up production at all levels and the end result is an excellent performance of the entire production unit. Modern robotic arms are user-friendly. They are easy to, use, program or even move around.
Another benefit of automation of robotic arms is consistency. The human workforce can be reliable but it is always exposed to many factors that could cause inefficiency which in turn affects productivity. Automated robotic arms are not delayed; neither are they compromised on quality and efficiency, as long as the programming is right. It’s easy to ascertain the production time required to produce certain units of an item. This helps rule out last-minute rushes, incorrect approximations and general shortfalls.
Programming of Robotic Arms
Robots and robotic arms are controlled using different programming languages. The programming language of choice depends on the task that a robotic arm is expected to complete. Some of the common languages used in programming include; Arduino, OpenPnP and MATLAB.
The output result of a robotic arm is normally the same irrespective of the programming method that was used. However, different industries choose their preferred language depending on their standards or operational methods. For instance, Arduino language is mostly used in arts and gaming industries. Many robotic arms can comfortably perform several tasks as long as they are re-programmed to match the task at hand.
Reprogramming a robotic arm takes less than an hour and this makes the production lines quick, versatile and with little or no problems.
No single entity has to endure losses brought about by delayed productivity brought about by absenteeism or boredom from workers. Technology provides investors with a number of robots and robotic products to choose from.
Modern advancements and technological innovations continue to make robotic arms more and more convenient and with high end-user satisfaction. Reputable firms such as universal robots have an array of robots perform to the buyer’s expectation. Browse through their website to get more insights as well as professional advice on the most appropriate robotic arm or any other robotic products and accessories available on the website.