Horizontal Pallet Transport AMRs

Swisslog has introduced the IntraMove series of autonomous mobile robots (AMRs) that provide a versatile, horizontal transportation for payloads up to 3,000 kg (6,613 lb). The new AMRs, which leverage AI to enhance performance, are designed to offer flexibility in volatile environments and adjustability based on changing transport needs.

The AMRs are suitable for point-to-point pallet transport in sectors such as food and beverage, fashion and general merchandise, as well as inter-industrial applications.

IntraMove is connected to the AI-based fleet management software via the VDA 5050 standard communication interface. The software enables the mapping of numerous industrial scenarios, ensuring optimized route planning and assignment of transport orders to the robots, which travel independently and autonomously on all routes. It can be directly linked to a WCS or WMS system like Swisslog’s SynQ software that manages the transport orders. External equipment, such as doors and elevators, can communicate to the fleet management software via various standard protocols (e.g., MQTT, ModBus, OPC UA, etc.).

The robot’s Simultaneous Localization and Mapping (SLAM) navigation, which utilizes two laser scanners, uses AI algorithms to calculate the most efficient path to a destination while avoiding physical obstacles and traffic without needing cables, strips or tapes.

The AMRs feature a fully integrated lifting device that rises in smooth steps to transport goods without jolts or damage. It is a highly scalable solution, adapting the number of mobile robots to the growth of each business without modifying the warehouse during operation. IntraMove AMR robots are available in different payload versions for a range of applications. The compact model IntraMove AMR 600 is designed for a payload of 600 kg (1,322 lb), the pallet transporter IntraMove AMR 1500 is suitable for 1,500 kg (3,306 lb), while the heavy-duty omnidrive IntraMove AMR 3000 is intended for payloads of 3,000 kg (6,613 lb).

Swisslog