Built-in high-performance core controller
The automatic forklift has a specially developed intelligent robot controller as the vehicle brain to achieve autonomous navigation, multi-sensor fusion, and unified management.
DATE: 2026/07/10
Automated Forklift Robot
Automated Forklift Robot
SEER Robotics offers a core-controller‑based self-balancing automated forklift robot that delivers a 2-ton payload and exceptionally long runtime within a compact 1,180 mm-wide chassis. SEER Robotics is an original equipment manufacturer specializing in R&D and manufacturing. With full control over its core controllers and system software, it eliminates intermediaries to provide integrators and robot manufacturers with direct technical support and faster delivery times.
This product is primarily used for automated material handling and stacking in automotive manufacturing workshops, new-energy battery plants, 3C electronics assembly lines, and semiconductor cleanrooms.
Core Controller
Built-in Intelligent Core Controller
Navigation method
Laser navigation
Rated load
2,000 kg
Automated Forklift Robot Features
Ultra-narrow body structure and super-large load capacity
The body width is only 1180 mm, the minimum turning radius is only 1597 mm, and the high-rated load capacity of 2 tons can be maintained under extremely compact size.
Ultra-long-distance laser detection and four-layer safety protection
It has a wide detection range of up to 40 m and is equipped with a 3D obstacle avoidance laser, safe touch edge, distance sensor, and hardware self-inspection to build an all-around safety net.
Ultrasonic real-time detection to ensure the safety of stacking
The introduction of innovative ultrasonic detection technology can provide real-time perception of the separation state between the goods and the fork, effectively preventing the material from slipping to ensure the safety of high stacking.
Fast charging and two-minute battery replacement
It supports two-hour fast charging and adopts a modular design so that beginners can easily complete manual power replacement within 2 minutes, ensuring long-term worry-free endurance.
Identification of multi-size carriers with manually adjustable forks
The outer width of the forks supports manual adjustment of 400 mm to 700 mm, which can accurately identify and adapt to most pallets, racks, and cages of different sizes on the market.
Detailed Structured Parameter Table Of Automated Forklift Robot
| Parameter Items | Core technical specifications and configuration parameters |
| Product Model | SFL-CPD20-Y |
| Product Name | Laser SLAM counterbalanced forklift |
| Navigation type | Laser trackless navigation |
| Rated load capacity | 2,000 kilograms |
| Load center distance | 500 mm |
| Standard lifting height | 3000 mm |
| Fork outer width range | 400 mm to 700 mm |
| Minimum turning radius | 1597 mm |
| Fully loaded driving speed | 1.5 meters per second |
| Navigation Position Accuracy | ±10 millimeters |
| Battery voltage capacity | 24 volts 200 amp-hours |
| Charging time range | Charged to 80% capacity in two hours |
Automated Forklift Robot Comparison
Point
Compared to similar vehicles on the market that rely on external third-party control system assembly, SEER Robotics independently develops core controllers and deeply integrates hardware and software. This integrated architecture allows the forklift’s hands, eyes, and feet to achieve unified management, avoiding the compatibility problem of multi-system docking. Due to the removal of the intermediate multi-layer software conversion, the response speed of the system is obviously accelerated, and the operation stability and end positioning performance of the whole vehicle are greatly improved.
The body is too large to enter the narrow channel operation
in view of the limitation that the traditional counterweight forklift truck is too large and cannot turn in the dense storage area, we have solved the problem of 2 T heavy load handling in the narrow channel through an 1180 mm narrow-body design and a 1597 mm minimum turning radius.
Risk of falling caused by high-level stacking blind area
In view of the problem that traditional forklifts are difficult to perceive the state of goods when picking at high positions, we integrate ultrasonic detection technology and four-layer safety protection to solve the hidden danger of falling caused by abnormal separation of goods and forks.
Complicated power exchange and slow charging drag down working hours
In view of the chaos of equipment frequently stopping and waiting due to insufficient power in automated logistics projects, we provide two-hour fast charging and two-minute fast power exchange, thus solving the pain point of anxiety of continuous operation and endurance of vehicles.
Automated Forklift Robot Instructions
Vehicle body hardware unpacking and multi-sensor inspection
Unpack and inspect the forklift body; confirm that the sensor, safety touch edge, and core controller harness are stable; turn on the power supply; and carry out equipment initialization safety self-inspection.
01
Use a one-stop implementation tool to build a factory map
Start the supporting one-stop implementation tool software, control the automatic forklift to drive slowly in the workshop at a speed of less than 1.5 m/s, and generate a high-precision two-dimensional map through lidar scanning the environment.
02
Configuration of handling stations and scheduling path planning
Calibrate the positions of stations, charging piles, and shelves on the software map; plan the driving route of automatic forklifts; and reasonably set deceleration areas and anti-collision isolation areas according to the braking distance of 30 cm.
03
Connect the information system and start the automatic operation
Connect the automatic forklift to the robot management system, connect the original information management software of the factory, and issue the handling task so that the vehicle can start to automatically cycle the pallet forking operation.
04
Automated Forklift Robot For People
Automobile and parts manufacturing plant
It is suitable for cross-process automatic handling of frames, spare parts, and semi-products in automobile workshops and solves the pain points of low efficiency and poor punctuality in long-distance manual handling.
New energy and lithium battery manufacturers
Are suitable for coating, winding, assembly, and other intensive production processes between the material transfer to meet the new energy industry for high-beat, high-precision docking requirements.
3C Electronics and Semiconductor Enterprises
Suitable for material distribution in clean rooms or high-end electronic manufacturing production lines, using high-precision end positioning to achieve accurate stacking of small-size pallets and boxes.
Intelligent warehousing and third-party logistics integrators
Suitable for the integrated design of large-scale logistics transit and vertical three-dimensional warehousing systems, as the core mobile handling unit, to help integrators quickly deliver a complete set of logistics solutions.
Certificates And Factories
FAQ
What is the main navigation method of this automatic forklift?
The vehicle adopts advanced laser SLAM navigation technology and realizes autonomous positioning and mapping through the onboard lidar combined with the core algorithm of the intelligent controller, without laying any magnetic strips or reflectors on the factory floor during deployment.
What is the capacity of this automatic forklift in narrow passages?
The width of the car body is only 1180mm, and the minimum turning radius is only 1597mm. It is very suitable for flexible shuttles in dense shelf areas and narrow roadways to maximize the space utilization of the warehouse.
How does it ensure the safety of goods when stacking at high positions?
The vehicle is equipped with innovative ultrasonic detection technology that can monitor the relative state between the goods and the forks in real time and provide four layers of security with 3D obstacle avoidance laser and hardware self-inspection to effectively prevent the goods from slipping off during stacking.
Can the fork be adjusted according to different sizes of pallets in the factory?
Yes. The outer width of the fork of the car supports manual adjustment of 400 mm to 700 mm, and the system supports a variety of advanced functions such as pallet identification and material cage stacking, which can be accurately adapted to various mainstream vehicles.
How does the vehicle perform in terms of battery life and charging speed?
The vehicle is equipped with a 24 V / 200 Ah lithium iron phosphate battery with a continuous operating time of 6 to 8 hours. It supports two-hour fast charging, and through the humanized power change design, beginners can complete the quick power change in 2 minutes.
Faced with the factory’s original multi-model operation, how does the automatic forklift coordinate operations?
The product can be seamlessly connected to the SEER Robotics digital management platform, supporting a variety of different models of forklifts and mobile robots. Mixed scheduling by the scheduling system optimizes the global driving route to prevent traffic congestion.
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