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.
Latent AMR
Latent lifting robots are designed to move in low-clearance spaces. They lift shelves or pallets from above using an elevated platform and navigate in confined spaces to retrieve or store goods. This type of robot is typically used to increase storage density in warehouses, especially in situations that require high-density storage and efficient material handling.
Smart Forklift
Smart forklift AMRs combine traditional forklift functions with autonomous navigation, performing material handling and stacking tasks in warehouses. These robots play a crucial role in industrial processes that involve logistics and warehousing, especially where heavy loads and high-shelf storage are required.
Multi-layer Carton Transfer AMR
Multi-layer Carton Transfer Robots are autonomous mobile robots specifically designed for retrieving and handling material boxes. By optimizing space utilization, they can achieve high storage density and deep deployment. Additionally, these AMRs can adapt flexibly to business changes, enabling frequent, fast, and accurate retrieval of goods. They are widely applied in storage, distribution, manufacturing, and service industries.
Composite AMR
Composite AMRs combine an AMR chassis with mechanical arms or other upper structures to meet non-standard, adjustable functionality. Common configurations include robotic arms that can perform complex tasks such as welding, parts assembly, or quality inspection at different stations, or custom roller mechanisms for material handling at the production line. This type of AMR usually requires custom development based on specific needs.
Multi-Robot Collaboration
In larger-scale production processes, there are often multiple tasks with different requirements, such as material handling, retrieval, stacking, loading/unloading, and packaging, which require different types of AMRs to work collaboratively. Through Aivison’s RDS unified resource scheduling system, precise multi-robot collaboration can be achieved.
If you have any qustions, feel free to reach out and we’ll respond as soon as possible.