DATE: 2026/06/30

SLAM Robots

SLAM Robots See Product Details

SLAM Robots

This single-fork SLAM robot features an ultra-narrow 400mm body and ±10mm high‑precision navigation, specifically designed for lightweight, flexible material handling in narrow aisles. As a full-stack, in-house‑developed core control and end-to-end manufacturing facility, SEER Robotics eliminates all intermediary layers, offering global buyers more competitive ex‑factory prices and faster delivery times.

This single-fork industrial mobile robot is widely used in electronics manufacturing plants for material handling in narrow aisles, automated warehouse operations involving the transport of totes and racking units, flexible integration in compact spaces between production lines, and the stable lifting and retrieval of pallets from offset‑positioned carts that lack fixed slots.

Navigation method
LiDAR navigation
Vehicle width
400 mm
Rated load
300 kg

SLAM Robots Characteristics

400mm ultra-narrow body design
The body width is only 400mm, and the minimum turning radius is as small as 650mm, which enables the SLAM robots to easily pass through the extremely narrow channel of 600mm, significantly improving the storage floor efficiency of the narrow workshop.
The 4 navigation fusion adaptive scene
Supports multi-modal fusion positioning such as natural feature navigation, two-dimensional code, reflector and laser, with an accuracy of up to ±10 mm, and perfectly adapts to various complex industrial sites with high dynamic changes or without environmental transformation.
Self-adaptive identification of visual AI material rack
High-precision visual camera can be selected to realize real-time perception and detection of material rack, pallet truck or material box without fixed card slot. even if the manual placement position deviates, it can automatically calibrate and smoothly complete the forking operation.
Modular architecture supports deep customization
With scientific modular architecture design, enterprises can flexibly and flexibly customize the lifting height, body appearance color and enterprise-specific signage of the whole vehicle according to different process requirements, which perfectly and seamlessly meets business needs.
360-degree three-dimensional safety protection for the whole vehicle
The vehicle body is compactly embedded with the main safety laser, auxiliary safety LiDAR, three-dimensional obstacle avoidance camera, anti-collision mechanical edge and photoelectric sensor to form an all-round safety protection net with a braking distance of less than 30cm at a speed of 1 meter per second.
Intelligent fast charging realizes long-term and high battery life
The built-in 48-volt high-performance ternary lithium battery pack provides a comprehensive battery life of up to 8 hours, and supports full-automatic contact type power supply, which can quickly complete power supply from 10% to 80% within 1.5 hours.
SLAM Robots Structured Detailed Parameter Table
Parameter Classification Parameter name Technical Specifications and Standards Data
Basic characteristics Product Name Laser-guided single-fork autonomous forklift
Basic characteristics Types of motion operations Fully automatic intelligent navigation
Structural parameters Applicable vehicle types Material rack trolley / Pallet trolley / Material rack
Structural parameters Rated load capacity 300 kg
Structural parameters Load center distance 350 mm
Structural parameters Total weight including lithium battery 230 kg
Size Specifications Overall vehicle dimensions 914 mm × 400 mm × 1576 mm
Size Specifications Fork length, width and height dimensions 480 mm × 300 mm
Size Specifications Fork outer width 300 mm
Size Specifications Standard maximum lifting height 150 mm, with a tolerance of ±5 mm.
Size Specifications Minimum turning radius 650 mm
athletic performance Maximum linear speed under no-load 1.4 m/s
athletic performance Maximum linear speed under full load 0.8 m/s
Accuracy indicators Navigation Positioning Accuracy ±10 mm
Accuracy indicators Navigation angle control accuracy ±1°
Power control Battery capacity and voltage specifications 48 V / 35 Ah
Power control Deep fast charging time Less than or equal to 1.5 h
Security perception Number of core safety LiDARs One main radar and two auxiliary radars
Security perception All-round 3D obstacle avoidance Standard configuration

SLAM Robots Compare Points

The single-fork SLAM robots from SEER Robotics have the greatest competitive advantage of compressing the width of the body to the limit of 400mm compared with the common wide-body handling machines on the market. Most similar forklifts are limited by the underlying control structure and sensor layout, and the car body is generally wide and cannot enter the narrow and compact passage between the lines. This product is perfectly adapted to the agile operation of small spaces while maintaining a load of 300kg. Another significant competitive advantage lies in its self-developed multi-modal navigation fusion and the native integration of multiple safety sensors. Unlike conventional assembly robots that use scattered third-party software components, SEER Robotics natively connects the core security algorithm with multi-channel LiDAR and 3D camera data at the underlying control level. It not only realizes the stable navigation accuracy of plus or minus 10mm, but also gives the whole machine the sensitive active obstacle avoidance ability in the ultra-narrow aisle, which greatly reduces the collision risk in the narrow space.

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Low passability of the whole machine caused by small space and multiple obstacles hinder upgrading
Traditional wide-body equipment cannot enter the tight and narrow space less than 1 meter between the two lines. SEER Robotics single-fork intelligent terminal: For high-density layout workshops, we have solved the pain points of traditional large-volume robots that are impassable and flexible due to narrow channels.
Ordinary material rack cars are placed without card slots and are difficult to fork at will
The material rack cars pushed back manually have no fixed track and are often askew. SEER Robotics Vision Adaptive Unmanned Forklift: Aiming at the non-standard mobile material trucks placed on site, we have solved the problem that robots frequently fail to fork or knock over goods due to lack of real-time perception.
Conventional radar in extremely narrow channels has dead corners and is prone to scratches
In an ultra-narrow environment of 600mm, ordinary forward radar cannot take into account the side. SEER Robotics 360-degree three-dimensional protection terminal: for narrow aisle man-machine mixed scene, we have solved the safety pain point that traditional equipment is easy to scratch the line body and personnel due to lateral perception of dead corners.

Instructions For Using SLAM Robots

Remote control guidance and multi-modal environmental map construction
The handle is used to control the robot to drive slowly in narrow channels, and the on-board LiDAR automatically scans to generate high-precision maps containing natural features and two-dimensional code information.
01
Visual site annotation and extremely narrow channel trajectory planning
Mark the docking position of the material rack and the coordinates of the charging pile on the electronic map, and finely plan the gapless driving trajectory of the vehicle in the 600mm ultra-narrow corridor.
02
The upper management system is connected with the material task arrangement
The fleet management system is introduced through the standard interface, and the handling process is arranged according to the material call logic of the production line, so as to realize the real-time automatic and accurate distribution of tasks.
03
One key to turn on automatic operation and daily cleaning of sensors
Start full-automatic operation for flexible handling, and automatically go to replenish electricity when the battery is low. Routine maintenance requires only regular wiping of the LiDAR surface to keep the light clear.
04

SLAM Robots For People

Logistics manager of 3C electronic manufacturing plant

Suitable for FAW-Volkswagen or similar electronic manufacturing plant supervisors with dense patch, assembly and finished product packaging lines, and with narrow internal passages and extremely limited space in the workshop. The introduction of compact single fork mobile terminal can perfectly solve the high frequency and fine automatic operation of materials in narrow workshop.

Production supervisor of precision semiconductor clean workshop

Suitable for engineers in precision manufacturing plants with high density, narrow channel environment and strict standards for dust and space, such as Chuzhou Huike. The small volume handling machine can be barrier-free between the equipment, in the small tonnage lightweight material turnover to provide a reliable flexible solution.

Modern e-commerce warehouse and lightweight three-dimensional library project side

Suitable for lightweight e-commerce or material transfer warehouse buyers similar to Sinotrans and other lightweight e-commerce or material transfer warehouse design with high-density three-dimensional rack and narrow roadway design. A small tonnage of 300kg combined with a turning radius of 650mm can significantly improve the utilization rate and operation efficiency of narrow passages in the warehouse.

Project leader of industrial electrical and automation equipment

Suitable for automation project leaders in multinational electrical equipment manufacturing plants such as Schneider Electric and Siemens, with compact wire spacing, mixed swing of artificial material rack vehicles and turnover boxes, and frequent small batch material docking by robots, helping engineers to realize seamless production material accurate call and efficient replenishment without environmental transformation.

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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FAQ

Q: The body width of this single-fork robot is only 400mm. Is its driving and operation stable?
A: Very stable. The center of gravity of the vehicle is scientifically optimized and calculated, and is equipped with a high-performance steering power shaft and chassis shock absorption system. Even when driving at a maximum no-load speed of 1.4 meters per second or a full load of 0.8 meters per second, it can ensure smooth and smooth operation.
Q: The rack channel in the factory is only more than 600mm wide. Can this SLAM robots pass smoothly?
A: Absolutely. This single-fork unmanned forklift is specially developed for extremely narrow spaces. Its body width is only 400mm and its turning radius is as small as 650mm. It can realize barrier-free dexterous passage in extremely narrow passages above 600mm.
Q: What is the specific meaning of supporting the 4 navigation methods? Do we have to use all of them when deploying?
A: We don’t need to use all of them. It supports laser, QR code, reflector and natural feature navigation, and users can flexibly choose 1 or more combinations according to the specific workshop environment. For example, in a completely unmodified site, natural features can be directly used for marker-free deployment.
Q: If the manually pushed material rack car is not neatly aligned with the card slot, can the robot fork smoothly?
A: It can be forked smoothly. Users can choose their own visual AI tray identification system. When the front-end camera captures the target material rack car or pallet car, the system can detect its three-dimensional space state in real time. Even if the placement angle is skewed, the robot will automatically correct the posture and take the fork smoothly.
Q: Running in a very narrow and forced passage, how does this robot ensure that it will not scratch the equipment on both sides?
A: The body is fully equipped with a three-dimensional active protection and perception system. By carrying one main radar and two auxiliary safety LiDAR, cooperating with three-dimensional obstacle avoidance camera and mechanical anti-collision strip, 360-degree blind angle-free surround protection is provided, and the braking distance in case of obstacles is short, ensuring zero scratch.
Q: What is the endurance of this small-volume handling robot? Does it need to be charged manually when it is out of power?
A: It has a comprehensive endurance performance of 8 hours. The whole machine is equipped with a full-automatic power supply mode. When the system determines that the robot’s power is at a set low level and there is no task, it will dispatch it to go to the automatic charging pile for precise docking charging. Without any manual intervention, it can be quickly filled within 1.5 hours.