DATE: 2026/06/27
Robotic Lift Truck
SEER Robotics’ intelligent unmanned forklift, a robotic lift truck, delivers efficient automated heavy-load handling in complex industrial environments, thanks to its 3-ton payload capacity, high-precision laser SLAM navigation, and four-layer safety protection. SEER Robotics is an original equipment manufacturer. By cutting out intermediaries and working directly with bulk purchasers, we offer you highly competitive factory‑direct pricing and faster delivery times.
This robotic lift truck is primarily used in the automotive manufacturing, 3C electronics, new-energy, and industrial-equipment sectors for heavy-material handling, high-level racking operations, and material flow within automated three-dimensional warehouses.
| Parameter categories | Parameters | Detailed values |
| Basic parameters | Product Name | Laser SLAM stacker counterbalanced unmanned forklift |
| Basic parameters | Product Model | SFL-CPD30-Y |
| Basic parameters | Rated load | 3000 kg |
| Basic parameters | Load center distance | 500 mm |
| Basic parameters | Standard lifting height | 3000 mm |
| Basic parameters | Minimum turning radius | 1883 mm |
| Dimensions | Forklift dimensions | 3155 x 1420 x 2230 mm |
| Dimensions | Fork dimensions | 1070 x 125 x 45 mm |
| Dimensions | Fork outer width range | 450 mm 至 750 mm |
| Performance parameters | Navigation type | Laser SLAM |
| Performance parameters | Navigation Position Accuracy | ±10 mm |
| Performance parameters | Navigation angle accuracy | ±1° |
| Performance parameters | Full load driving speed | 1.3 m/s |
| Performance parameters | Unloaded driving speed | 1.5 m/s |
| Electrical parameters | Battery Specifications | 48 V / 300 Ah |
| Electrical parameters | Combined battery life | 8 to 10 hours |
| Configuration parameters | Obstacle avoidance configuration | 3D obstacle avoidance and safety edge |
| Configuration parameters | Core Radar | A LiDAR combination of 1 SLM-SLE4248 and 3 SLD40. |
Compared with ordinary automatic handling equipment on the market, the robotic lift truck produced by SEER Robotics shows extremely high environmental adaptability. Relying on an advanced controller and trackless laser SLAM technology, it does not need to lay magnetic strips or reflectors on the factory floor, thus avoiding later maintenance costs. It can flexibly shuttle even in dense channels and high-demand vertical storage environments, and the positioning accuracy is maintained at the millimeter level. In addition, the device has significant advantages in hardware and software integration. SEER Robotics integrates powerful AI visual recognition, ultrasonic detection, and four-layer physical security protection and can seamlessly access its intelligent logistics management system to realize joint and unified scheduling of multiple models. This high degree of modularity and intelligence has greatly reduced the technical threshold for enterprises to introduce automation.
Suitable for auto parts and vehicle factory workshops. Faced with the frequent transfer demand of large-load spare parts, the equipment can realize the accurate automatic handling of 3 tons of goods and optimize the material circulation efficiency of the assembly line and the stamping line.
Aiming at the high-density and high-frequency material turnover environment of an electronic manufacturing center. The equipment has a small turning radius and high-precision navigation, which can easily shuttle between dense shelves, reduce manual errors and leaks, and significantly improve the automation level of the workshop.
Suitable for lithium batteries, photovoltaics, and other clean energy manufacturers. In the production environment with strict requirements for environmental and material protection, the equipment ensures the stable handover of a large number of raw materials and finished products with high precision and pollution-free handling performance.
For system integration service providers who need to customize intelligent warehousing and logistics solutions for terminal enterprises. The hardware parameters are transparent, and the interface is open, which can be perfectly accessed by various management software, greatly reducing the integration difficulty of multi-vehicle intensive storage solutions.