![]() This significantly reduces the probability of so called collision artifacts where the robot is forced into a safe stop state without existence of any true collision Our well-known multi-lens-array (MLA) projection solutions open up new opportunities for enhanced human-machine co-existence or even collaboration setups, where the robot projects its next intended action onto the floor ahead of time. Battery management systems (BMS) in Li-battery powered devices benefit from our high accuracy I/V/T-sensing products, which enable best in class state-of-charge or battery state-of-health predictions.įurther, special supporting functions such as optical force sensing, temperature sensing and spectral sensing for material classification and identification or moisture level detection are covered by our comprehensive portfolio. automotive manufacturers) to mobile robots used in logistics, so-called AGVs (automatically guided vehicles) or AMRs (autonomous mobile robots) to advanced service robots for dedicated functions such as cleaning, inventory monitoring, harvesting and many others. In fact, the biggest fastest growing market is for residential service robots, such as vacuum cleaners and lawnmowers.Īms OSRAM's miniaturized sensing and illumination solutions are the best choice to increase the performance and precision of robots by making them smarter. Our portfolio covers all the critical sensing function for robots, from environment sensing for obstacle detection, collision avoidance and navigation purposes, to high precision positioning control. Smart robotics range from traditional robot arms in production lines (e.g. They can take over repetitive as well as dangerous tasks, enabling time and cost savings, safety and flexibility. If your application changes, you can simply change their programming in accordance with it.Smart robots play an increasingly important role in industrial automation as well as in private homes. Another advantage of AGV robots is the fact that they are easier to set up than regular AGVs, as they require fewer physical markers and guides.įinally, AGV robots are adaptable. Plus, once again, they eliminate the need for people in high stress or high risk situations. For loading and unloading applications, AGV robots offer greater mobility and high strength. Their operation also takes people out of harm’s way. Also, their programming tends to make them more precise and eliminates human error. Once programmed, they will perform their duties perfectly. Not only that, but they have no learning curve. They can even make tooling switches without assistance. During auto parts assembly, for example, AGV robots can put together large parts much more efficiently than humans. ![]() First, using AGV robots, manufacturers can save time and money. Benefits to AGV RobotsĪGV robots offer their users many benefits. To make AGV robots even more useful, manufacturers offer a wide variety of customization options and include accessories like contact bumpers. Manufacturers base the design of an AGV robot on its application. In contrast, regular AGVs run on fixed paths, such as those defined by embedded wires or magnetic tape. If designed to move around a facility, AGV robots often work using trackless navigation, meaning that they use sensors, lasers and software to figure out their surroundings and move accordingly. AGV robots are useful in industries such as: automotive manufacturing, aerospace manufacturing, general manufacturing, agriculture, shipping and distribution, hospital, chemical, pharmaceutical, paper and pulp and food and beverage. Typical AGV robot applications include: parts assembly, warehousing, pallet handling, material handling and product handling. In short, they combine the intuitiveness of a human and their ability to adjust to their surroundings, and combine them with the brute force of a lifting machine like a palletizer. AGV robots are more adept at picking up and moving items than regular AGVS, which are much less dexterous. AGV robots are automatic guided vehicles equipped with robotic limbs.
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