30-11-2021, 04:44 PM
What are the main advantages of Autonomous Mobile Robots?
1. More flexibility
Because Autonomous Mobile Robots rely largely on cameras and sensors onboard to function--not magnetic tape or wires as with AGCs and AGVs, they are a model of flexibility and agility in automation. Instead of following hard-set routes, Autonomous Mobile Robots are able to dynamically create their own efficient routes between Point A to Point B within a facility, helping them avoid obstacles. Autonomous Mobile Robots can switch to new tasks much faster than other automation techniques. Check out this AGV info for more.
2. Safety Improved
Autonomous Mobile Robots come with lots of sensors and cameras. They allow the Autonomous Mobile Robot to interpret and understand its environment, which allows it to move efficiently within the facility without crashing into obstacles like products infrastructure, people, or even the product. Human operators who operate machines, like forklifts and other machines lack safety features and rely more on input from humans. While a human operator has the potential to become exhausted or distracted, and consequently cause accidents but these risks are not an issue when working with Autonomous Mobile Robots. Autonomous Mobile Robots are able to be utilized for repetitive tasks to lower the risk of human error and dramatically improve safety in a facility.
3. Quick Implementation
Autonomous Mobile Robots are typically deployed within four to six week depending on the details of the operation. The software for picking and warehouse execution software they will have to integrate with are of particular importance. Even at the higher end, this is still a short timeframe, particularly when you look at other technologies. It could take upto an entire year for a good-to- person (G2P), system to be fully implemented.
4. Scalability
Autonomous Mobile Robots can be easily installed within a facility. This lets you use a modular approach to deployment. Begin with a couple of units, and add more as your business expands or the needs of your business change. This avoids a huge initial expenditure. Instead of purchasing many Autonomous Mobile Robots at once, you can purchase fewer units and build the amount of Autonomous Mobile Robots you own over time. The modular deployment will free money that you can use to fund other projects while you evaluate the impact of Autonomous Mobile Robots on your business and plan your next steps.
5. Facilities are easy to transfer between
Some operations may not be willing to consider automation options if they realize that a move into a new facility is imminent. This is understandable. The new system might not be required for the next two years, so why implement it? In these situations, Autonomous Mobile Robots can be used to bridge the gap in the interim. Autonomous Mobile Robots are very easy to operate and can be quickly moved from one location to the next. This allows for automation for the short term. Companies planning to run in the near-term will benefit from Autonomous Mobile Robots.
1. More flexibility
Because Autonomous Mobile Robots rely largely on cameras and sensors onboard to function--not magnetic tape or wires as with AGCs and AGVs, they are a model of flexibility and agility in automation. Instead of following hard-set routes, Autonomous Mobile Robots are able to dynamically create their own efficient routes between Point A to Point B within a facility, helping them avoid obstacles. Autonomous Mobile Robots can switch to new tasks much faster than other automation techniques. Check out this AGV info for more.
2. Safety Improved
Autonomous Mobile Robots come with lots of sensors and cameras. They allow the Autonomous Mobile Robot to interpret and understand its environment, which allows it to move efficiently within the facility without crashing into obstacles like products infrastructure, people, or even the product. Human operators who operate machines, like forklifts and other machines lack safety features and rely more on input from humans. While a human operator has the potential to become exhausted or distracted, and consequently cause accidents but these risks are not an issue when working with Autonomous Mobile Robots. Autonomous Mobile Robots are able to be utilized for repetitive tasks to lower the risk of human error and dramatically improve safety in a facility.
3. Quick Implementation
Autonomous Mobile Robots are typically deployed within four to six week depending on the details of the operation. The software for picking and warehouse execution software they will have to integrate with are of particular importance. Even at the higher end, this is still a short timeframe, particularly when you look at other technologies. It could take upto an entire year for a good-to- person (G2P), system to be fully implemented.
4. Scalability
Autonomous Mobile Robots can be easily installed within a facility. This lets you use a modular approach to deployment. Begin with a couple of units, and add more as your business expands or the needs of your business change. This avoids a huge initial expenditure. Instead of purchasing many Autonomous Mobile Robots at once, you can purchase fewer units and build the amount of Autonomous Mobile Robots you own over time. The modular deployment will free money that you can use to fund other projects while you evaluate the impact of Autonomous Mobile Robots on your business and plan your next steps.
5. Facilities are easy to transfer between
Some operations may not be willing to consider automation options if they realize that a move into a new facility is imminent. This is understandable. The new system might not be required for the next two years, so why implement it? In these situations, Autonomous Mobile Robots can be used to bridge the gap in the interim. Autonomous Mobile Robots are very easy to operate and can be quickly moved from one location to the next. This allows for automation for the short term. Companies planning to run in the near-term will benefit from Autonomous Mobile Robots.