11-30-2021, 05:48 AM
What are the primary advantages of Autonomous Mobile Robots?
1. Increased flexibility
Autonomous Mobile Robots are flexible and agile in their automation because they are largely dependent on their onboard cameras and sensors to perform. Autonomous Mobile Robots can design their own efficient pathways within a facility. Autonomous Mobile Robots avoid following established routes, and are therefore open to new routes. This also means that Autonomous Mobile Robots can be switched to perform new tasks with relative ease, compared to other automation systems that typically take longer and more effort to program. Check out this Cross docking robot info for more.
2. The level of security increases
Autonomous Mobile Robots are equipped with sensors and cameras. They allow the Autonomous Mobile Robot to interpret and understand its surroundings, which enables it to efficiently move around the facility without crashing into obstacles like product, infrastructure, or people. However, machines operated by human operators (e.g. forklifts) do not have as many safety measures and depend on input from humans. Autonomous Mobile Robots are much safer than humans. A human operator can get lost or exhausted which can lead to an accident. Autonomous Mobile Robots are utilized for repetitive tasks that reduce the possibility of human error and greatly improves safety.
3. Rapid Implementation
Autonomous Mobile Robots can be implemented during an operation within four to six weeks, depending on the specifics of the operation. This is especially true if the unit will be required to interface with the software for warehouse execution and picking. Even at the higher end, this is a very short period of time, particularly when you look at other technologies. As an example of this, a goods to individual (G2P) system could be as long as a year for complete implementation.
4. Scalability
Autonomous Mobile Robots are extremely simple to work with in a factory. They are able to utilize modular deployment strategies that allow you to start with one or two units and then expand your capacity as your operations expand or your requirements evolve. This means that you don't need to invest in a large amount of money upfront. Instead of buying huge quantities of Autonomous Mobile Robots, you can buy just a few units and later increase your fleet. You can save capital by deploying modularly, so you can take on other projects while you analyze the effects of Autonomous Mobile Robots and decide on your next steps.
5. It is easy to transfer between facilities
Because they realize that automation is in their in the near future, some businesses might be hesitant to make the investment in automated options. This logic makes sense. Why create a new system when it will be taken down in two years after the construction of the new facility? Autonomous Mobile Robots could help bridge the gap between these two scenarios. Autonomous Mobile Robots are able to be deployed quickly and relocated between facilities. This allows for automation to be implemented even in the short-term. In addition to operations expecting a near-term move, this can also be beneficial for businesses who are planning a temporary holiday operation.
1. Increased flexibility
Autonomous Mobile Robots are flexible and agile in their automation because they are largely dependent on their onboard cameras and sensors to perform. Autonomous Mobile Robots can design their own efficient pathways within a facility. Autonomous Mobile Robots avoid following established routes, and are therefore open to new routes. This also means that Autonomous Mobile Robots can be switched to perform new tasks with relative ease, compared to other automation systems that typically take longer and more effort to program. Check out this Cross docking robot info for more.
2. The level of security increases
Autonomous Mobile Robots are equipped with sensors and cameras. They allow the Autonomous Mobile Robot to interpret and understand its surroundings, which enables it to efficiently move around the facility without crashing into obstacles like product, infrastructure, or people. However, machines operated by human operators (e.g. forklifts) do not have as many safety measures and depend on input from humans. Autonomous Mobile Robots are much safer than humans. A human operator can get lost or exhausted which can lead to an accident. Autonomous Mobile Robots are utilized for repetitive tasks that reduce the possibility of human error and greatly improves safety.
3. Rapid Implementation
Autonomous Mobile Robots can be implemented during an operation within four to six weeks, depending on the specifics of the operation. This is especially true if the unit will be required to interface with the software for warehouse execution and picking. Even at the higher end, this is a very short period of time, particularly when you look at other technologies. As an example of this, a goods to individual (G2P) system could be as long as a year for complete implementation.
4. Scalability
Autonomous Mobile Robots are extremely simple to work with in a factory. They are able to utilize modular deployment strategies that allow you to start with one or two units and then expand your capacity as your operations expand or your requirements evolve. This means that you don't need to invest in a large amount of money upfront. Instead of buying huge quantities of Autonomous Mobile Robots, you can buy just a few units and later increase your fleet. You can save capital by deploying modularly, so you can take on other projects while you analyze the effects of Autonomous Mobile Robots and decide on your next steps.
5. It is easy to transfer between facilities
Because they realize that automation is in their in the near future, some businesses might be hesitant to make the investment in automated options. This logic makes sense. Why create a new system when it will be taken down in two years after the construction of the new facility? Autonomous Mobile Robots could help bridge the gap between these two scenarios. Autonomous Mobile Robots are able to be deployed quickly and relocated between facilities. This allows for automation to be implemented even in the short-term. In addition to operations expecting a near-term move, this can also be beneficial for businesses who are planning a temporary holiday operation.