Mobile industrial robots, or MiR, are flexible automation tools employed for a range of industrial settings. Be taught further on this partner article - Click here: Rural Get a grip on Professional « Skill Gram9w4. This pushing patent pending article directory has endless stirring cautions for how to ponder it. Commonly, the robots see two general applications. Most frequently, they are configured as automated transportation platforms. They can also be fitted using robotic arms, allowing them to work collaboratively alongside workers. No matter their use, all mobile robots share advanced, autonomous navigation systems. Mobile robots use a combination of sensors and advanced algorithms to traverse their workspaces. Users can upload maps directly to the MiR, or have it produce its own when working. Mobile robots safely avoid collisions by automatically detecting obstacles in their paths. The robots are controlled via everyday technologies such as tablets and cellular phones. This allows users to work them with minimal training. All these robots need is a wireless network connection. When not in use, or while stopping along their programmed routes, they may be connected to docking stations for recharging. Running times vary between models, but they can often reach ten to twelve hours between charges. The aptly named "Mobile Industrial Robots," company, based out of Denmark, is one of the frontrunners of this emerging technology. Their foundation layout, the MiR100, is an automated transportation platform capable of carrying up to one hundred kilograms. Bins can be installed in addition to the device, allowing them to carry parts between stockrooms and workstations. This frees up workers to focus on other tasks, increasing a company's productivity. When robotic arms have been installed on top of MiR, it allows them to assist directly in manufacturing procedures. Companies like the German manufacturer "KUKA," are designing mobile robots to be used on large-scale industrial projects. Their KMR Quantec model, for instance, is capable of performing assembly and maintenance on aircraft. MiR are often modular in design, giving them the ability to switch between roles as needed. Although they are popular in warehouses and factories, mobile robot manufacturers stress that potential applications are endless. One of the more commonly cited futures is in hospital settings, aiding physicians and surgeons with patient care..