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DATE: 2026/10/22

Forklift Robot

Forklift Robot

Forklift Robot

The SEER Robotics SCB-1400 Forklift Robot is an autonomous unmanned forklift using laser SLAM with a rated load of 1400kg and a standard lifting height of 3000mm, capable of pallet identification, automatic handling and stacking operations. SEER Robotics has the ability to independently develop controllers and manufacture robots, and can directly provide original equipment and technical support.

The SCB-1400 is mainly used in automotive parts manufacturing, 3C electronics production, new energy battery warehousing, and automated logistics warehouses.

- Rated load:
1400kg
- Standard lifting height:
3000mm
- Full load speed:
1.0m/s

Forklift Robot Features

1400kg rated load, standard lifting height 3000mm
The SCB-1400 can maintain its rated load capacity even at standard lifting heights, capable of handling ground pallets as well as racking and unloading, making it suitable for multi-layer warehousing and production material turnover.
Laser SLAM autonomous navigation
The equipment does not require the laying of magnetic strips and can travel autonomously between different workstations according to the site map and task settings. The navigation and positioning accuracy is ±10mm, and there is no need to modify the fixed guidance facilities when the logistics route is adjusted.
400–700mm adjustable fork width
The outer width of the fork can be adjusted within the range of 400–700mm. Combined with deep learning recognition technology, the device can identify pallets of different specifications, colors, and partially wrapped or damaged pallets, reducing manual alignment and adjustment during mixed pallet handling.
360° Multi-layer safety protection
The SCB-1400 is equipped with 3D navigation LiDAR, obstacle avoidance LiDAR, ranging sensors, and a pallettray recognition camera, which senses the surrounding environment through a variety of sensors. t also provides emergency stop buttons, sound and light indicators, and bumper collision protection.
6–8h comprehensive battery life, supports automatic charging
The device uses a 25.6V, 200Ah lithium iron phosphate battery with a total battery life of 6–8h. Both manual and automatic charging are available, and it takes about 2 hours to charge from 10% to 80%, making it easy to arrange recharging according to the transport plan.
Compact body, customizable to your project
The SCB-1400 has a body width of 1196mm and a minimum turning radius of 1299mm. Customization is supported for fork width, vehicle height, vehicle color, markings, and automatic fork positioning.
Forklift Robot Structured Detailed Parameter Table
Parameter name SCB-1400 parameter values
Product Model SCB-1400
Product Type Automatic navigation counterbalance forklift
Navigation methods Laser SLAM
Operation method Automatic navigation
Applicable pallets Open/Closed Pallets
Rated load 1400kg
Load center distance 500mm
Total weight 2600kg, including batteries
Standard lifting height 3000mm
Fork size 1070×123×40mm
Fork outer width 400–700mm
Length × Width × Height 2494×1196×2010mm
Minimum turning radius 1299mm
1000×1200mm pallet right-angle stacking aisle width 2719+200mm
800×1200mm pallet right-angle stacking aisle width 2684+200mm
1000×1000mm pallet right-angle stacking aisle width 2531+200mm
Full load driving speed 1.0m/s
Unloaded driving speed 1.5m/s
Navigation and positioning accuracy ±10mm
Navigation angle accuracy ±1°
By slope ＜5%
Staircase clearance 10mm
Gap passing capacity 30mm
Battery Type Lithium iron phosphate batteries
Battery Specifications 25.6V / 200Ah
Overall range 6–8h

Forklift Robot Product Comparison Advantages

Traditional automated guided vehicles typically rely on magnetic strips or fixed guidance routes. The SCB-1400 uses laser SLAM, which can directly locate and perform navigation tasks based on a map without the need for magnetic strips. The device has a navigation and positioning accuracy of ±10mm, a minimum turning radius of 1299mm, and is equipped with 360° multi-layer safety protection. When manufacturing workshops or warehousing areas need to adjust transportation routes, the renovation of fixed guidance facilities can be reduced. Compared to handling robots that can only transport goods horizontally on the ground, the SCB-1400 integrates autonomous navigation, pallet identification, fork handling, and lifting functions into a single device. With a rated load of 1400kg, a standard lifting height of 3000mm and an adjustable fork width of 400–700mm, it can transport pallets and complete three-dimensional cargo space access, reducing manual handover between different handling links.

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Pallets that can be identified in various sizes
The SCB-1400 can recognize different sizes, colors, and partially wrapped palletstrays. With the adjustable fork width, manual alignment and pallet adjustment can be reduced, making it easier to handle the flow of different materials.
Can be used for multi-layer shelf access
With a standard lifting height of 3000mm and a minimum turning radius of 1299mm, pallet stacking can be completed when the passage conditions meet the requirements, reducing reliance on manual forklifts.
Multi-station tasks can be dispatched uniformly
By using autonomous navigation functions in conjunction with intelligent logistics software, pallet transportation, cargo space access and equipment replenishment can be arranged according to production tasks, reducing duplicate dispatching and manual scheduling.

Forklift Robot User Manual

Pre-job inspection
Before starting the equipment, check the battery level, forks, emergency stop button, LiDAR and other safety guards. Confirm that there are no obstacles in the transport passage, and that the weight of the goods and the size of the pallets should also meet the equipment requirements.
01
Mapping and route configuration
Professionals use the accompanying software to complete laser SLAM mapping and set up pickup points, unloading points, driving lanes and safety areas in the map. Before official operation, it is also necessary to verify whether the navigation path meets the requirements for on-site operations.
02
Perform transport tasks
Tasks are dispatched through a configured scheduling system. Upon receiving the instruction, the SCB-1400 will proceed to the pickup station on its own, identify and fork the pallet, and then transport the goods to the designated location along the set route.
03
Charging and maintenance
During operation, pay attention to the device status and remaining power, and arrange automatic charging or manual charging as required. When an anomaly is detected, the shutdown process should be followed according to safety procedures. Forks and sensors also need to be checked regularly.
04

Forklift Robot Is Suitable For People

Automobile manufacturing and parts companies

Production directors, plant operations managers, and logistics managers of automotive manufacturers can use the SCB-1400 to transport engine parts, metalworking parts, and other palletized materials. The equipment can travel between raw material warehouses, processing workshops and finished product warehouses, and undertake automatic handling and stacking work, reducing manual forklift turnover between different processes.

3C Electronics and Precision Manufacturing Enterprises

The SCB-1400 is suitable for warehousing managers, production logistics supervisors, and automation project leaders in electronics manufacturing plants. After completing the on-site planning, the equipment can use autonomous navigation and multi-sensor obstacle avoidance to distribute palletized materials between the production workshop, material warehouse and line warehouse, reducing repeated transfers and workstation waiting.

New energy battery and materials manufacturing companies

New energy battery companies can use the SCB-1400 to transport battery materials, components, and palletized finished products. Supply chain directors, workshop logistics managers, and equipment procurement supervisors can combine autonomous navigation, pallet identification, and existing warehousing management processes to arrange material transportation between production and warehousing areas.

Warehousing logistics and third-party logistics companies

For warehousing centers and third-party logistics companies, the SCB-1400 can perform repetitive operations such as pallet entry, cargo position adjustment, shelf access, and outbound transportation. The equipment has a rated load of 1400kg and a standard lifting height of 3000mm, making it suitable for warehouse managers, operations directors and automated procurement supervisors to adjust the operating process of frequent manual forklift scheduling and dispersed handling tasks.

Certificates And Factories

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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.

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Forklift Robot FAQ

Q: What are the load and lifting height of the Forklift Robot SCB-1400?
A: The rated load of SCB-1400 is 1400kg, the load center distance is 500mm, and the standard lifting height is 3000mm. At standard lifting heights, the equipment can maintain its rated load capacity and can be used for pallet transport and multi-layer stacking that meet load requirements. During actual loading, the center of gravity of the goods, pallet structure, and on-site safety conditions must also be checked. It is not possible to determine whether the goods can be transported based solely on their total weight.
Q: Does the SCB-1400 require magnetic strips to be laid on the ground?
A: No need. The SCB-1400 uses laser SLAM for autonomous navigation, senses its surroundings through LiDAR, and combines it with established maps to complete positioning and driving without relying on magnetic stripe guidance. When deploying for the first time, on-site surveying and mapping are required first, followed by site configuration and safety verification.The transportation route can also be adjusted according to on-site needs after it is put into use.
Q: Which palletstrays can the SCB-1400 identify?
A: SCB-1400 supports open and closed pallets, and can also be adapted to rack pallets, cage pallets, two-way fork pallets and four-way fork pallets. The equipment can identify different sizes, colors, and partially wrapped or damaged pallets.\ The outer width of the fork can be adjusted within the range of 400–700mm. Whether the pallet can be used directly still needs to be confirmed based on its actual size.
Q: What are the requirements for warehouse access in SCB-1400?
A: The SCB-1400 has a body width of 1196mm and a minimum turning radius of 1299mm. When using 800×1200mm pallets and placing the 1200mm edge in the direction of the fork, the right-angle stacking channel width is required to be 2684+200mm. When planning passageways, the size of goods exceeding the pallet, on-site obstacles, personnel clearance space, and safe distance should also be taken into account.
Q: How long can the Forklift Robot SCB-1400 run continuously?
A: The SCB-1400 is equipped with a 25.6V, 200Ah lithium iron phosphate battery with a combined range of 6–8h. Charging from 10% to 80% takes about 2 hours and can be done manually or automatically. The actual battery life will be affected by the weight of the cargo, the distance transported, the driving frequency, the number of lifts and the on-site environment, and the charging time can be arranged according to the work shift.
Q: Can the SCB-1400 be connected to the existing warehouse management system?
A: Integration can be achieved according to project needs. SEER Robotics provides robot controllers, scheduling systems, and intelligent logistics software that can work in conjunction with warehouse management systems, manufacturing execution systems, and related automation equipment to manage automated handling tasks, cargo space flow, and equipment operation status.