DATE: 2026/08/29
Robotic Automation In Warehouses
The Safety SEER SlimStack 1500 is a highly secure, mast-type stacking robot designed for narrow aisles. By integrating international safety certifications with deep learning technology, it comprehensively enhances warehousing and logistics handling efficiency. As an original equipment manufacturer of industrial mobile robots, SEER Robotics eliminates intermediary channels, offering global customers highly competitive ex-factory prices and faster delivery times.
It is primarily used for ultra-narrow-aisle storage, high-level racking operations, the handling of various palletized goods, and automated material flow in line-side warehouses.
| Parameter Dimensions | Detailed specifications |
| Product Model | SSS-1500EU |
| Navigation type | Laser Natural Contour Navigation |
| Tray type | Open tray |
| Rated load | 1500 kg |
| Load center distance | 600 mm |
| Total vehicle weight including battery | 835 kg |
| Standard lifting height | 2944 mm |
| Vehicle body dimensions | 1681 x 1104 x 1997.5 mm |
| Fork dimensions | 1200 x 185 x 55 mm |
| fork outer width | 555 / 600 mm |
| Minimum turning radius | 1295 mm |
| Full load and no load speed | 1.0 / 1.5 m/s |
| Navigation and positioning accuracy | ±10 mm |
| Battery specifications and range | 24 V / 210 Ah lithium iron phosphate, ten-hour battery life |
| Charging and battery swapping methods | Supports manual or automatic charging, and offers a rapid battery swap in just three minutes. |
| LiDAR protection configuration | Equipped with one main LiDAR and three auxiliary protection sensors |
| Obstacle avoidance and safety protection | 3D visual obstacle avoidance, 360-degree laser protection, emergency stop button |
| Security and System Authentication | Compliant with international industrial safety standards and relevant electromagnetic compatibility certifications |
When realizing the warehouses of robotic automation in the field of warehousing and logistics, the Safety SEER SlimStack 1500 created by SEER Robotics fully demonstrates the technical details of the deep integration of software and hardware. Traditional forklift automation transformation often faces pain points such as large blind areas for obstacle avoidance, incomplete safety certification, and low recognition rates of special-shaped pallets. However, this product is linked with a depth sensor through a built-in special safety controller to improve handling efficiency while dispelling enterprises’ concerns about human-machine coexistence safety. In addition, in view of the challenge of the compact space of high-density storage warehouses, SEER Robotics optimized the mechanical structure and control algorithm of the whole vehicle so that the robot has a very small turning radius and flexible narrow-lane shuttle ability. Combined with the three-minute fast power exchange mechanism, it can always maintain efficient logistics flow in high-intensity multi-shift continuous operations, helping enterprises to build a safe and highly flexible automated storage ecology.
In the face of the high-frequency entry and exit of massive pallets and intensive shelf storage requirements, purchasers can realize right-angle stacking and automatic turnover of high-level shelves by introducing this scheme, thus significantly improving the efficiency of the warehouse and the throughput of goods entering and leaving the warehouse without expanding the warehouse.
Automobile production lines have high requirements for the safety and rhythm of heavy-duty material line-side distribution. With a 1500 kg rated load and all-round safety protection certification, this product can safely shuttle in the complex workshop of man-machine mixed operation to ensure the seamless delivery of materials on time.
Clean and efficient material handling is at the heart of electronics manufacturing. Through high-precision laser positioning and stable operation control, the robot realizes the accurate picking and placing of material pallets and effectively prevents the collision loss and management deviation of goods in the process of manual handling.
In the working environment, temperature and hygiene have strict requirements of the turnover center; the robot can operate stably in the environment of zero to 50 degrees Celsius, with the rapid power change function to maintain multi-shift uninterrupted operation and reduce the high cost of manual handling and management.
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