A lift truck AMR, Palion Lift features the most advanced generation of its manufacturer’s proprietary autonomy technology: 3D vision-based navigation technology. Alongside this technology, the AMR has situational awareness capabilities, as its IQ autonomy technology combines data from cameras, LiDAR and machine learning models.
The autonomous forklift transports materials accurately, dependably and safely. Offering advanced Smart Path sensing capabilities, along with 360-degree safety coverage, Palion Lift can automate the transportation of materials that weigh up to 3,500 pounds.
Heavy materials can be placed throughout operations, and palletized goods can be retrieved and placed accurately and securely at heights of upwards of 6 feet.
Featuring a highly advanced generation of Seegrid IQ, the Palion Lift autonomous mobile robots can autonomously pick and transport payloads that weigh up to 3,500 pounds.
Able to place payloads at heights of up to 6 feet, the AMR has the most advanced generation of Seegrid IQ, which is exclusive autonomy technology that merges 3D computer vision with real-time sensor data. Reliable, safe, end-to-end task automation of low lift processes, particularly in highly active industrial environments, can be achieved.
The AMR has Smart Path sensing capabilities, along with 360-degree safety coverage, and it can succeed in complicated environments. It can accommodate an array of variables—from humans, to misaligned pallets, to obstacles—in facilities, and it ensures consistent, secure material movement.
Company Product Description
Flexible material transport and vertical handling of goods
Palion Lift autonomous mobile robots (AMRs) provide safe and reliable end-to-end task automation for low-lift processes, automating material movement to and from storage, staging areas, and workcells.
With advanced Smart Path sensing capabilities and 360° safety coverage, Palion Lift excels in complex environments across the enterprise: consistently and securely moving material in dynamic facilities. Achieve safer, more cost-effective vertical movement for low-lift processes.
