DATE: 2026/06/01

SLAM Robotic

SLAM Robotic Industrial Grade Quality

SLAM Robotic

SEER Robotics is equipped with a core controller to provide global customers with a one-stop shop robotic solution from controllers and digital software to intelligent ontology, helping to quickly build robots within a few days. SEER Robotics is the source manufacturer; eliminate middlemen, provide bulk purchases, and provide you with very competitive factory prices and faster delivery speed.

SLAM robotics is mainly used in platform entry and exit, line-side material connection, automatic loading and unloading, and cross-regional inter-process handling.

Core Control
Core Controller Series
Positioning accuracy
up to ± 10 mm
Travel speed
up to 2 m/s

SLAM Robotic Features

Multi-sensor fusion technology
Support laser, vision, and other navigation modes in a highly dynamic or unmodified complex factory environment to achieve stable positioning, positioning accuracy of up to 2 mm, and effectively prevent the loss of positioning.
Core controller empowerment
Built-in high-performance core controller as the robot brain, integrated mapping, positioning, navigation, and other core functions; support one-click model editing; significantly reduce the vehicle design and development threshold.
Build a fleet in a few days
Relying on a wealth of multi-model solutions, combined with integrated implementation tools, integrators can quickly build packages and build standard and non-standard robots in a few days, significantly shortening the product delivery cycle.
Unified group control management platform
Through proprietary system software and scheduling systems, one platform can realize hybrid group control and path planning of several multi-model mobile robots, eliminating equipment silos in cross-process logistics.
All-round three-dimensional protection
Support a low-level laser scanner with a safe touch edge and an optional 3D camera for three-dimensional obstacle avoidance and pothole detection to ensure 360 absolute driving safety in the field man-machine mixed environment.
Efficient intelligent charging management
The system software is deeply linked with the automatic charging pile, and when the electric quantity is lower than the set threshold, it can independently charge, realize 24-hour uninterrupted automatic operation, and completely eliminate range anxiety.
SLAM Robotics Core Technology Parameter Table
Parameter categories Core configuration items Technical Specifications and Performance
Control hardware Core Controller A robot brain that integrates map building, localization and navigation, and motion control.
Navigation system Combined navigation mode Supports laser navigation, reflector navigation, and natural feature positioning technologies.
Positioning Indicators Navigation and positioning accuracy Laser positioning accuracy can reach up to ±10mm
running speed Standard driving speed The rated maximum speed can reach 2m/s, and it supports smooth adjustment according to working conditions.
Security perception Obstacle avoidance sensing devices Standard configuration includes a LiDAR system; optional features include a 3D camera, safety touchscreen, and proximity sensor.
Software System One-stop implementation tool Combined with visual implementation software, it supports rapid editing and calibration of multiple vehicle models.
Dispatch group control System group control and scheduling Through the scheduling system software, unified route planning and hybrid collaboration among multiple vehicle types can be achieved.

SLAM Robotic Contrast Point

The SEER Robotics subverts the limitations of traditional mobile robots with fragmented components and closed systems. As the world’s leading open platform for intelligent robots, its core advantage is to provide a standardized full-stack solution with high-performance controllers as the brain, covering a full set of digital system software and accessory libraries, so that integrators do not need to develop the underlying algorithms from scratch. Compared with the same type of products, the system has strong openness and deployment and is suitable for more than 1,000 robot models. With the visual one-stop implementation tool, it effectively solves the difficult problem of multi-device collaboration and cumbersome on-site deployment, and truly realizes that the construction and management of robots are completely under your control.

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Multi-vehicle hybrid scheduling and equipment island problem
In industrial logistics, SEER Robotics’ group control scheduling system solves the industry problem that many different vehicle robots cannot carry out path planning and unified scheduling on a unified platform.
Navigation is easy to lose positioning under changeable working conditions
For extreme environments such as high-dynamic, reflective, or long corridors, SEER Robotics fusion navigation technology enables mobile robots to maintain stable and high-precision mapping and driving.
Hidden danger of traffic collision caused by cross-docking of production lines
In workshops where man-machine running is mixed and there are blind spots in vision, SEER Robotics solves the potential safety hazard in narrow and dense group control environments through LiDAR and 3D stereo obstacle avoidance.

Instructions For Using SLAM Robotics

Visual environment map construction
Use a one-stop implementation tool to remotely control the chassis to scan the factory area. The software will automatically enter features and generate high-precision digital maps in real time.
01
Robot model editing configuration
Configure the robot size, driving model, and LiDAR installation position in the visualization software and quickly complete the vehicle parameter setting like building blocks.
02
Multi-vehicle group control scheduling configuration
The mobile robot that has completed the mapping is connected to the group control scheduling system, and the driving route and operation station are defined to realize the autonomous distribution of task orders.
03
Autonomous navigation and automation
Run the robot, and the core controller will automatically complete the positioning. When the system detects low power, the robot will automatically go to the charging pile to supplement power.
04

SLAM Robotics For People.

3C Electronics Manufacturing Enterprise Procurement and R&D Team

Applicable to factories facing fast product changes and frequent pain points of material transfer. The product can perfectly connect high-density storage and flexible production lines and help enterprises to enter real-time material information and avoid manual misoperation.

Person in charge of automobile and parts vehicle manufacturing base

For multi-model high-density production, cross-regional, long-distance material handling needs. Through flexible scheduling of multi-type intelligent forklifts and lifting robots, the product helps the workshop to solve the fault of process connection and improve the overall transportation time.

New energy and photovoltaic lithium production line automation supervisor

Suitable for large load, multi-station continuous, uninterrupted operation scenes. The system can realize multi-vehicle hybrid group control, ensure that semi-finished products and raw materials go to each station independently, and significantly reduce the intensity of manual work.

Semiconductor and precision industrial equipment system integrators

Suitable for technical teams that need to quickly build non-standard mobile robots. With the rich interfaces provided by the core controller and plug-and-play battery modules, integrators can complete vehicle customization and fast delivery within a few days.

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: What is the navigation accuracy of the system?
A: When using natural feature positioning technology, the navigation positioning accuracy can reach up to ± 10 mm.
Q: How do you solve the problem of unified management of multi-model robots in the factory?
A: By carrying the unified group control scheduling system software, the path planning and mixed scheduling of multi-model mobile robots such as chassis, forklifts, and material box cars can be realized.
Q: Will positioning be lost in a highly dynamic and changeable environment with mixed human-machine running?
A: The system supports multi-sensor fusion navigation such as laser and vision, and can still maintain stable and high-precision positioning even in dynamic scenes with frequent changes in environmental layout.
Q: How to ensure the absolute safety of the robot when driving in the workshop?
A: In addition to the standard LiDAR for front scanning, the robot can also be equipped with a safety touch edge, a 3D camera, and a distance sensor to achieve 360° three-dimensional obstacle avoidance and pothole detection.
Q: How long does it take to build a non-standard custom robot?
A: Relying on the core controller’s full-stack hardware and software solutions and a rich library of accessories, integrators can quickly build packages and complete the assembly and development of custom robots in a few days.
Q: Does the system support interfacing with the existing digital management system of the factory?
A: Yes. The digital system software provides a standard unified interface, which can seamlessly connect the existing manufacturing execution system, warehouse management system, and various digital scheduling platforms of the enterprise.