Shenzhen Aivison Intelligent Technology Co., Ltd

Smart forklifts are intelligent material-handling solutions designed to automate pallet transport, lifting, stacking, and warehouse logistics. AIVISON smart forklifts combine autonomous navigation, intelligent control, and advanced automation to improve efficiency, safety, and productivity. Explore AIVISON’s smart forklift solutions for modern warehouses, factories, and intralogistics operations.

An AMR robot is an autonomous mobile robot designed to transport materials, goods, and products without fixed routes or extensive infrastructure. AIVISON explores AMR technology for warehouses, factories, and logistics operations, helping businesses improve flexibility, productivity, and efficiency through intelligent navigation, smart automation, and adaptable material-handling solutions.

An AGV, or Automated Guided Vehicle, is an intelligent mobile robot designed to transport materials along predefined routes in warehouses, factories, and logistics facilities. AIVISON explores visual navigation technology that uses cameras, sensors, and image recognition to guide AGVs, improve automation flexibility, and support efficient material handling.

Warehouse robots are transforming modern operations by automating material transport, sorting, replenishment, and repetitive warehouse tasks. AIVISON develops intelligent AMR warehouse robots designed for flexible workflows, variable workloads, and improved operational efficiency. Discover how autonomous warehouse automation can reduce errors, improve safety, and support smarter logistics operations.

Logistics robots are transforming warehouses and industrial operations through intelligent automation. AIVISON provides advanced AMR, AGV, smart forklift, and composite robot solutions for material handling, transportation, sorting, and intralogistics. Designed to improve productivity, accuracy, safety, and operational efficiency, AIVISON logistics robots help businesses reduce labor dependency and build smarter, more flexible warehouse automation systems.

 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. 

In today’s fast-evolving industrial landscape, smart manufacturing and automation technologies have become key drivers of productivity and efficiency. Autonomous Mobile Robots (AMR Robots), as pioneers of this transformation, are reshaping traditional production and logistics processes worldwide with their flexibility, intelligence, and efficiency.

Unlike traditional AGV deployments, which require pre-planned routes and laid external markers, and because changes are more expensive, once deployed, AGVs usually can only perform the same operational tasks throughout their entire life cycle, AMR deployments do not require changing the facilities and layout of factories or warehouses, but only require simple software adjustments to change the tasks performed by AMR. 

Aivison’s partnership with Scania began at its Brazil plant, where our underride lifting robots and intelligent forklifts have optimized material handling and warehouse operations, significantly enhancing efficiency. As Scania’s third global industrial hub, the Rugao base aims to set a benchmark as a “carbon-neutral factory,” requiring logistics systems that balance high performance with environmental responsibility. Aivison’s AMR solutions stand out through:

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.