DATE: 2026/08/13
Warehouse Automation Robotics
Warehouse automation robotics is a revolutionary logistics automation solution designed specifically for modern, highly dense, and space-constrained smart warehousing environments. SEER Robotics is a direct manufacturer, eliminating intermediaries and offering bulk purchasing to provide you with highly competitive factory‑direct pricing and faster delivery. By seamlessly integrating software and hardware and delivering unparalleled spatial mobility, the system completely eliminates the operational bottlenecks of conventional warehousing.
This product is primarily used for storage and retrieval in high-density automated racking systems, material handling in narrow-aisle environments, loading and unloading at line-side warehouses, and automated intra‑ and inter‑facility material flow.
| Parameter name | Technical specifications and parameter values |
| Product Model | SOS-1000 |
| Product Name | SEER Omnidirectional Stack 1000 |
| Operation type | Automatic navigation |
| Navigation type | Laser SLAM |
| Rated load | 1000 kg |
| Load center distance | 600 mm |
| Total weight | 800 kg |
| Standard lifting height | 1600 mm |
| Minimum turning radius | 1445 mm |
| Battery Specifications | 51.2 volts and 106 amp-hours |
It has the advantages of a 360 omnidirectional narrow-channel shuttle and space release. Compared with traditional straight stacking and handling equipment, SEER Robotics Warehouse Automation Robotics is aimed at the logistics storage management group that needs to handle high-density storage operations every day. We have solved the problem of serious space waste caused by the inability of traditional stacker trucks to move laterally in narrow channels and their excessive turning radius. It also has the advantages of multi-dimensional and three-dimensional perception of safety and zero collisions. Compared with similar handling equipment with a conventional single sensor, SEER Robotics' intelligent logistics system is aimed at the high-risk operation environment with mixed human-machine and dynamic changes. We have solved the potential safety collision caused by many blind spots and sudden obstacles when the equipment is running in complex workshops.
The core management personnel are responsible for reducing the cost and increasing the efficiency of the overall warehousing logistics of the enterprise. The system can greatly improve the utilization of warehouse space, reduce the dependence on high-intensity labor, and realize the comprehensive automation upgrade of warehouse logistics.
Engineering and technical personnel responsible for specific factory automation production line planning and equipment docking. The product provides standardized communication protocols and powerful scheduling interfaces, which can be quickly integrated into the existing factory digital ecology.
A senior decision maker who manages the flow of materials within a large manufacturing plant. The robot can seamlessly shuttle between production lines, ensuring high-frequency and on-time delivery of parts and finished products.
Logistics hub operators facing massive orders and complex cargo storage needs. Through high-precision stacking and omni-directional mobility, the average daily throughput of the distribution center and the time limit for incoming and outgoing circulation are doubled.