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DATE: 2026/08/28

Warehouse Robotics Automation

Warehouse Robotics Automation Professional & Stable

Warehouse Robotics Automation

The SEER Omnidirectional Stack 1000 built by SEER Robotics combines omnidirectional movement and laser SLAM navigation to help warehouses realize efficient and automated handling. SEER Robotics, as a source equipment and controller manufacturer, eliminates middlemen, supports high-volume procurement, and provides competitive ex-factory prices and faster delivery speeds.

The SEER Omnidirectional Stack 1000 is mainly used in narrow roadway high-density storage, open pallet automatic stacking, workshop material circulation transfer, and cross-regional omnidirectional handling scenarios.

Navigation type
Laser SLAM
Rated load
1000 kg
Positioning accuracy
±10 mm

Characteristics of Warehouse Robotics Automation

Omnidirectional mobility and narrow-aisle operation
Equipped with a 360° omni-steering system, it can perform lateral movement in aisles as narrow as 1.8 meters and execute agile turns in confined spaces measuring 1.9 meters, significantly enhancing storage-space utilization and operational efficiency.
Laser SLAM Precise Navigation
Leveraging natural-feature-based Laser SLAM, this navigation system requires no additional markers, delivering positioning accuracy within ±10 mm and angular accuracy within ±1° to ensure highly precise pallet handling.
Stereoscopic Perception and Omnidirectional Obstacle Avoidance
Integrating a 3D vision camera, distance sensors, and a front-mounted edge-collision-avoidance bumper, the robot detects potholes and small obstacles with a braking distance of ≤50 cm at speeds up to 1.5 m/s, ensuring safe human–robot collaboration.
Efficient battery life and fast charging
Equipped with a 51.2V/106 Ah lithium iron phosphate battery, a comprehensive battery life of 10 h to 12 h, and support for 1 h fast charging and automatic recharge to meet the needs of high-intensity operations.
Flexible path and multi-track planning
Supports diagonal trajectory, arc, lateral movement, obstacle avoidance, and cubic Bezier curve path planning; can easily cope with complex workshop environments and intersection routes.
Highly customizable service
Supports personalized customization of fork width, robot height, body color, and enterprise logo and accurately matches the specific handling requirements of different enterprises’ diversified business scenarios.
Warehouse Robotics Automation Structured Detailed Parameter Table
Parameter Classification Detailed parameter items Technical Specifications and Values
Basic performance Product Model SOS-1000
Basic performance Pallet types Open tray
Basic performance Rated load capacity 1000 kg
Basic performance Load center distance 600 mm
Basic performance vehicle curb weight 800 kg
Basic performance Standard lifting height 1600 mm
Size Specifications Overall vehicle dimensions 1742 x 1018 x 2001 / 2200 mm
Size Specifications Fork dimensions 1220 x 210 x 60 mm
Size Specifications Fork outer width specifications 620 / 680 mm
Sports and Navigation Navigation mode Laser SLAM Navigation
Sports and Navigation Full load and no load speed 1.0 / 1.5 m/s
Sports and Navigation Positioning and angular accuracy ±10 mm / ±1°
Sports and Navigation Minimum turning radius 1445 mm
Battery and battery life Battery Specifications 51.2 V / 106 Ah Lithium Iron Phosphate Battery
Battery and battery life Overall battery life and charging 10 to 12 hours / 1 hour (charging from 10% to 80%)
Security and Configuration LiDAR sensor configuration 1 SLM-SLE4248 + 3 SLD40
Security and Configuration Braking distance protection ≤30 cm at 1.0 m/s / ≤50 cm at 1.5 m/s

Warehouse Robotics Automation
Contrast Point

The warehouse robotics automation scheme provided by SEER Robotics shows strong advantages in narrow channel capacity and flexibility. Traditional stacking equipment is difficult to turn in narrow roadways, while SEER Robotics adopts 360° omnidirectional steering technology, which can directly move horizontally in a narrow channel of 1.8 m and realize flexible turning in a closed area of 1.9 m, thus greatly releasing the potential of storage space. At the same time, SEER Robotics has formed a deep hardware and software integration advantage in safety protection and motion control. Combined with the multi-LiDAR three-dimensional safety protection system and the automatic hardware self-diagnosis function, The system can support the efficient planning of a variety of complex paths such as arcs, lateral movement, and cubic Bezier curves, providing the factory with higher stability and a higher density of automated handling experience.

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Turning blind area and space waste of narrow channel equipment
The large turning radius of traditional stackers leads to excessive roadway width. SEER Robotics realizes omnidirectional transverse movement of 1.8 m on a narrow roadway and turning of 1.9 m in a confined space, significantly increasing high-density storage volume.
Low obstacles and surface potholes' identification of blind areas
Traditional robots are difficult to protect from surface pits and small-volume obstacles. The SEER Robotics combines a 3D vision camera with a touch-edge bumper to achieve omnidirectional millisecond sensing and emergency braking.
The battery life and charging bottleneck of multi-shift high-intensity operation
The charging of traditional handling equipment takes too long , slowing down the pace of handling. SEER Robotics has a long endurance of 10 h to 12 h and supports 1 h fast energy replenishment, ensuring continuous and uninterrupted operation all day long.

Warehouse Robotics Automation Instructions

Laser Scanning And Map Build
The onboard LiDAR scans the natural contours of the workshop and quickly builds high-precision electronic maps without laying markers.
01
Path planning and site setting
Mark the coordinates of the feeding and discharging site in the background of the system and set omnidirectional driving and obstacle avoidance trajectories such as diagonal, arc, or lateral movement.
02
Automatic dispatch and cruise
Docking with upper scheduling instructions, the robot automatically goes to the target site to perform stacking according to the Bezier curve path planned by the system.
03
Hardware self-test and automatic charging
The system runs hardware self-diagnosis in real time, and when the power is low, the equipment drives into the charging pile independently for 1 h of fast energy replenishment.
04

Warehouse Robotics Automation Applicable Crowd

Vice President of Supply Chain

For enterprise managers who attach importance to high-density storage planning and overall logistics efficiency, the vertical and horizontal space of the warehouse is maximized through omni-directional mobile handling equipment to reduce comprehensive operating costs.

Director of Warehouse Operations

For storage sites with frequent pallet stacking and line-side handling, high-precision Laser SLAM positioning and multiple safety anti-collision configurations are relied on to create an operating environment with high safety standards and high compliance rates.

3PL Operation Manager

Aiming at the changeable and complex product types of third-party logistics, with the help of flexible and customizable fork size, height, and omnidirectional path planning capabilities, it can seamlessly adapt to diversified business scenarios and customer needs.

Automation Engineering Evaluators

For technical experts responsible for engineering selection and system deployment, Laser SLAM uses the characteristics of non-ground physical marking and hardware self-test functions to shorten the field commissioning cycle and ensure high-reliability delivery.

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: How does the warehouse robotics automation perform in the narrow-aisle environment?
A: The equipment has a 360° omnidirectional steering capability, which supports lateral movement in a 1.8 m narrow roadway and flexible turning in a 1.9 m confined space.
Q: What is the load capacity and lifting height of the SEER Omnidirectional Stack 1000?
A: The rated load capacity of this model is 1000 kg, the load center distance is 600 mm, and the standard lifting height reaches 1600 mm.
Q: How much can the navigation and positioning accuracy of this automated storage and handling equipment achieve?
A: Based on Laser SLAM navigation technology, the repeated positioning accuracy of the equipment can reach ± 10 mm, and the navigation angle accuracy can reach ± 1°.
Q: What is the overall battery life and charging efficiency of the device?
A: Equipped with a 51.2 V/106 Ah lithium iron phosphate battery, the comprehensive endurance is 10 h to 12 h, and it supports 1 h fast charging (the power is charged from 10% to 80%).
Q: What configuration does the equipment have in terms of safety collision avoidance and obstacle recognition?
A: The equipment is equipped with one main LiDAR and three auxiliary LiDARs, combined with 3D obstacle detection, a contact anti-collision strip, and an emergency stop button for all-round safety protection.
Q: Does this warehouse automation equipment support personalized customization?
A: Support, you can customize the fork width, robot height, body color, and enterprise logo according to the specific business scenario requirements of the enterprise.