DATE: 2026/06/14

Robotic Lift Trucks

Robotic Lift Trucks Industrial Grade Quality

Robotic Lift Trucks

SEER Robotics, as a source manufacturer in the field of intelligent industrial forklifts, relies on the core control system technology to eliminate all middleman chains and provide bulk-purchase directly connected terminals, providing you with highly competitive ex-factory prices and faster global delivery speeds.

Robotic lift trucks are widely used in automotive manufacturing, lithium-electric new energy, 3C electronics, semiconductor manufacturing, and other high-density storage and production line logistics docking scenes.

Navigation mode
laser navigation
Core Brain
Controller
Navigation accuracy
±10mm
Robotic Lift Trucks

Robotic Lift Truck Characteristics

Built-in high-performance core controller
The product is equipped with a full-function SRC series core controller. As the brain of an intelligent robot, it integrates map building, positioning, navigation, and model editing functions to ensure the stable operation of forklifts in complex industrial environments from the bottom.
Laser navigation realizes high-precision operation
natural feature positioning technology, laser SLAM, and laser reflector navigation are adopted to make the navigation accuracy of the vehicle reach ±10 mm, ensuring accurate docking of materials between high shelves and dense handling lines.
Dual LiDAR fusion realizes omnidirectional protection
the forklift body is equipped with a low-position safety laser scanner and dual LiDAR lasers to provide 360-degree laser collision protection. Combined with front and rear contact anti-collision strips, the forklift can detect instant collisions and stop in a dynamic man-machine mixed workshop.
AI visual intelligent identification of multi-type vehicles
integrated with AI deep learning and a three-dimensional vision scheme, the forklift can independently identify pallets, racks, and cages of different colors, sizes, and placement postures; complete adaptive angle adjustment; and realize intelligent high-position stacking and stable loading and unloading.
Unified scheduling and seamless collaborative operation
relying on powerful Roboshop one-stop implementation tools and background digital management system, it can complete the joint scheduling and coordination of multi-type forklifts and mobile chassis, break the data islands between equipment and maximize efficiency.
There is no need to transform the existing storage environment
forklifts rely on laser navigation and intelligent sensing technology, and there is no need to lay fixed track marks such as magnetic stripes in the warehouse during deployment, which has zero interference with the existing production environment, allowing customers to quickly establish a transportation fleet within a few days.
Structured Detailed Parameter Table for Robotic Lift Trucks
Parameter categories Indicator Details
Product Category Laser-guided automated stacker forklift
Navigation technology Laser navigation and natural feature positioning technology
Core Brain Control System Core Controller
Maximum driving speed The forward speed reaches 2m/s
Navigation accuracy Vehicle navigation accuracy reaches ±10mm
Obstacle avoidance sensor Safety obstacle avoidance LiDAR and 3D obstacle detection camera
Fleet Coordination Dispatch System Robot fleet dispatch management system software
Compatible vehicle types Standard pallets and non-standard customized material racks and cages

Robotic Lift Trucks Comparison Point

SEER Robotics enables enterprises to quickly build and deploy their own intelligent forklift fleet in a short time by highly integrating the core control system of the handling robot, one-stop implementation tools, and software and hardware. The system supports multi-vehicle hybrid scheduling and full scene coverage to ensure seamless integrated management of software and hardware.

Robotic Lift Trucks Comparison
It is difficult to adaptively dock complex materials in the workshop
In view of the pain points that the material placement posture of the production line is not fixed and the non-standard material cage is difficult to dock, SEER Robotics' intelligent forklift uses visual AI in-depth learning to solve the problem of frequent error reporting and shutdown of ordinary automatic forklifts due to material rack dislocation.
High multi-system docking and docking barriers
In view of the pain point of data separation between management systems and storage systems in traditional automation transformation, we have solved the problems of repeated connections of multiple systems, high maintenance costs, and difficulty in getting through data silos through one-stop management software.
Poor network construction environment and difficult on-site network coverage
In view of the pain points of incomplete on-site network coverage, such as in some heavy industry workshops and bonded warehouses, forklifts solve the problem that robots cannot perform tasks due to network packet loss or network disconnection through wireless roaming optimization and dedicated communication modules.

Robotic Lift Truck Instructions

Map building and environmental editing
Use Roboshop implementation tools to control forklifts to walk in the warehouse, scan and build environmental maps through on-board LiDAR, and mark logical sites such as high-level shelves and turntable lines on the software side.
01
Vehicle model matching and configuration
Select or edit the corresponding pallet and material cage size model in the visual recognition software, set the lifting height and picking depth parameters of the forklift fork, and complete the intelligent recognition of the vehicle.
02
Scheduling task distribution and testing
Plan the driving route and logic of forklift through the task management system, simulate the handling process from the line side warehouse to the material level of the production line, issue a single machine or multi-vehicle cooperative waybill and observe the operation status.
03
Log monitoring and automated operation
After the forklift enters the automatic operation state, the power and position of the fleet are monitored in real time through the visual management platform, and the system is checked regularly by using log analysis tools to maintain the stable operation of the unmanned workshop.
04

Robotic Lift Trucks For People

Automobile and parts manufacturing enterprise purchaser

Suitable for automobile main engine factories and parts workshops to meet their stamping, welding, and assembly production lines for heavy-duty material handling and line-side warehouse multi-frequency rapid material docking for strict automation transformation needs.

Lithium battery and photovoltaic new energy manufacturers

Suitable for the new energy battery whole line and photovoltaic silicon wafer workshop to meet the multi-process dust-free environment material flow, as well as coating, winding, and other process equipment between high-precision, high-stability automatic material handling.

3C electronics and semiconductor cleanroom users

Suitable for electronic information manufacturing and chip packaging factories, for the components of multi-species, small batch transfer characteristics to meet its narrow channel compact passage, high-frequency sub-flexible station docking, and no artificial interference logistics requirements.

Third-party logistics and large bonded warehouse centers

Are suitable for e-commerce, medicine, and third-party logistics three-dimensional warehouses in the face of order surges and large-volume throughput pressure to meet their multi-layer high-shelf stacking, vertical storage transfer, and surface-uneven scenes of efficient operation.

Certificates And Factories

Certificates

As the world’s leading controller manufacturer, SEER Robotics has independent intellectual property rights of SRC series controllers and production lines. It is the real source manufacturer, providing you with highly competitive ex-factory prices and faster delivery speed. Products comply with international standards and have been deployed in many countries and regions around the world. Through standardized communication protocols, the stable operation and technical compatibility of the system in multinational plant projects are ensured.

Global Delivery

FAQ

Q: What way does this intelligent forklift mainly rely on for navigation?
A: The forklift adopts advanced laser navigation technology, with a variety of navigation modes such as natural feature positioning and laser reflectors, and can realize autonomous movement without changing the plant environment.
Q: What is the navigation accuracy of the forklift during operation?
A: Based on the high-precision core controller and sensing algorithm, the navigation accuracy of the intelligent forklift can be stably maintained at ± 10 mm, meeting the traffic and docking requirements of most dense warehouses.
Q: Will the forklift stop working if the network signal on the factory floor is not good?
A: The system supports high-frequency wireless roaming and dedicated optical communication solutions, and the forklift can still guarantee the execution of established safety instructions in extreme scenarios of poor field network coverage or network interruption.
Q: How does it ensure safe operation in a workshop where humans and machines are mixed?
A: The forklift is equipped with dual LiDAR sensors to provide omni-directional safety protection, supplemented by anti-collision strips and three-dimensional obstacle avoidance cameras, which can dynamically detect obstacles and pedestrians, enabling the robot to slow down or stop immediately to avoid collisions.
Q: Can the system be connected with the existing management system of the factory?
A: The company’s digital management system software can be seamlessly connected to the existing management system of the enterprise to open up the data link of the whole factory.
Q: How to manage and dispatch multiple automated forklifts of different models?
A: Through the built-in robot fleet management system, unified dispatch, traffic control, and waybill distribution of different types of mobile robots, stacking forklifts, and counterbalanced forklifts can be realized.