AMR replaces AGV as a trend, carpenter ant robot has a "first mover advantage"?

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  • Time of issue:2019-06-19
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AMR replaces AGV as a trend, carpenter ant robot has a "first mover advantage"?

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  • Categories:Company News
  • Author:
  • Origin:
  • Time of issue:2019-06-19
  • Views:783
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Foreword: If you focus on automated production, you may still be studying how to use automatic guided vehicles (AGVs), but you don't know that you have already been left on the starting line by competitors' autonomous mobile robots (AMRs)!


The difference between AGV and AMR

AGV is the abbreviation of Automated Guided Vehicle, which means "Automated Guided Vehicle".

AMR is the abbreviation of Automated Mobile Robot, which means "autonomous mobile robot".

Both AGV and AMR can realize material transportation, but their similarities only stop there. The core difference between the two is that: AGV is just a large-scale actuator. Every move depends on the scheduling of the central control system. It can only be transported by a fixed route and cannot be detoured when encountering obstacles; while AMR itself has powerful computing power. , it can perceive the surrounding environment through sensors and make corresponding decisions; it can navigate according to the factory building drawings, generate the most convenient route, and detour obstacles.

This means that AMRs are more flexible than AGVs and can make timely adjustments to changing environments. In addition, AMR does not need to modify the original warehouse and can achieve rapid deployment.


Are AMRs replacing AGVs?

AMR is gradually replacing AGV as a new trend of warehouse robots?

In terms of cost, the high initial investment in AGV transformation has become a disadvantage. According to market research data, it is estimated that using an AGV to transform a traditional warehouse of 10,000 square meters requires an initial investment of about RMB 5 million, which does not include the purchase cost of robots. In addition, because most of the application industries are e-commerce enterprises, and the geographical location of warehouses is limited, it seems that the adoption of AGV model in China's warehousing and logistics industry under an inch of land has become a burden.

And according to the latest mobile robot market sales report released by Interact Analysis, the global shipments of AMRs in 2018 exceeded 20,000, which is twice the sales volume in 2017. The regions included (Americas, EMEA, APAC) all saw huge growth, with APAC and China in particular being one of the countries driving the most growth.

A steady stream of data shows that AMR is infiltrating the Chinese market. It can be clearly foreseen that the future of AMR will be bright.


The wood ant Mooe-M8 has a strong first-mover advantage

At present, the more refined, flexible and cost-effective autonomous mobile robot AMR is bringing severe challenges to the Chinese AGV market. The carpenter ants walking at the forefront of the industry have long foreseen that only changes can better conform to the trend of the times. The wood ant Mooe-M8 has a strong first-mover advantage, and the industry attracts attention!

Qian Yongqiang, CEO of Shanghai Wood Ant Robot, said that Mooe-M8 will be committed to using data intelligence and artificial intelligence to improve the production efficiency in the warehouse, helping the leap-forward development from traditional warehouses to smart warehouses, and specifically to the management link after the robot enters the warehouse.

Mooe-M8 adopts SLAM laser navigation, small size, flexible movement, (1.5/s, 60 narrow doors), simple and fast layout scene (30 minutes to complete the deployment), supports single-machine tablet operating system and multi-machine scheduling system scheme, through software Give full play to the system performance and achieve the global optimum. The scheduling system can connect multiple robots at the same time to work together on tasks. Automatically learn and recognize human body shape features and follow intelligently. It can autonomously avoid pedestrians or other dynamic obstacles and plan paths independently without manual intervention. Mooe-M8 is mainly used in the intelligent manufacturing industry, light handling scenarios, and mixed man-machine work.


The carpenter ant robot, your first choice

In the face of the current "stubborn diseases" such as low logistics efficiency and high logistics labor costs, AMR can be easily solved. It is believed that the development of this mobile robot market in China will become more extensive in the future. The carpenter ant autonomous mobile robot is a very reliable "employee", able to work non-stop. They charge themselves when they are not working, ensuring smooth workflow and optimizing internal logistics. The initial investment in AMR is typically less than a year due to ease of integration and deployment, and the ability of a single robot to free up two full-time employees for higher-value work.

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