Exploring AMR
Together
Cost Savings and Efficiency
With autonomous navigation, automated material handling and transportation, the AMR replaces manual operations, integrates precisely into various production processes and adapts to different working environments.
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Three Steps to Getting Started with AMR
Step. 1
Overview of AMR Types
AMR robots can be categorized into various types. Depending on the industry, production process or specific requirements, you need to understand the applicable scenarios of different AMR types and choose the right product for your needs.
Step. 2
Presenting Requirements
When selecting AMR products, it’s important to evaluate the specific business needs and scenarios to determine which type of AMR is required. Here are some factors that may influence the selection of an AMR:
Step. 3
Deployment and Operation
Once the above issues are resolved, AMRs can be deployed to your factory or warehouse, and the smart upgrade of your business can be quickly realized through the simple and user-friendly RDS system.
Which Industries Are Suitable for AMR Robots?
AMR robots, due to their flexibility, adaptability, and intelligent navigation capabilities, have been widely applied across various industries. Currently, AMRs are active in industries such as automotive, 3C electronics, semiconductors, lithium batteries, photovoltaics, home appliances, healthcare, food and beverages, fast-moving consumer goods (FMCG), and logistics. These industries typically require efficient logistics and warehousing management, and AMRs can provide intelligent, safe, flexible, and efficient solutions to meet these needs.
automotive
3C-electronics
semiconductors
lithium-batteries
photovoltaics
home-appliances
healthcare
food and beverages
logistics
Can AMRs Handle Complex Factory/Warehousing Management?
AMRs have been developed over a long period, and with the addition of various attachments, they have gained the capability to address various issues. For example, AMRs can integrate additional functional components, tools, or connectors for vehicles or materials, including roller docking, material box/pallet lifting, order picking, and clamping transportation, to meet different manufacturing logistics needs. Moreover, technological innovations such as the integration of AI with AMRs have significantly enhanced their capabilities in perception, recognition, intelligent decision-making, and control, allowing them to adapt to complex and dynamic factory and warehouse environments.
Is AMR Suitable for My Small/Large Factory?
AMRs are not limited to large-scale production processes; even small warehouses can improve efficiency and expand production using AMRs. AMR technology utilizes modular development, with standardized chassis paired with different functional modules to meet the logistics handling needs of various industries and scenarios, providing flexibility in product selection. This means that both small factories and large manufacturing enterprises can choose the appropriate AMR solution based on specific requirements, achieving logistics automation and improving efficiency.
If you have any qustions, feel free to reach out and we’ll respond as soon as possible.