NEWS
In the wave of smart manufacturing, industrial logistics automation has become a key driver of competitiveness for modern enterprises.
Beijing Autoxing AMR (Autonomous Mobile Robot), backed by strong technical expertise and deep industry experience, is redefining industrial logistics with cutting-edge solutions — empowering manufacturing upgrades with greater efficiency, flexibility, and intelligence.
Built on a unique architecture combining an autonomous driving framework with the ROS system, Autoxing AMR delivers superior navigation precision and operational stability.
Key breakthroughs in navigation and path planning:
Track-based navigation supports localized obstacle avoidance.
When encountering obstacles, the robot automatically detours within a safe range and returns to the track afterward.
Supports segmented navigation — flexible, hybrid path control combining on-track and free navigation modes.
Automatically realigns to the track after deviation, requiring no manual reset.
Using multi-SLAM fusion technology, Autoxing AMR maintains full localization accuracy even under 100% environmental changes.
It achieves industry-leading ±1–5 mm docking precision and supports both manual and automatic map incremental updates.
Comprehensive obstacle avoidance configuration:
Dual or triple-depth camera systems can be flexibly arranged (top, bottom, and front) to ensure safe and stable navigation in both low-speed and high-speed industrial settings.
Autoxing AMR automatically recognizes and records a variety of load carriers — including racks, pallets, carts, cabinets, cages, multi-leg and irregular shelves — and supports automatic multi-size carrier recognition during ongoing tasks.
High-precision docking:
The system enables accurate docking within a ±20 cm range and automatically corrects angular deviations within 15°, ensuring efficiency and precision in material handling.
Rich peripheral integration:
Supports elevator modules, door control, notification, and I/O interfaces — enabling truly seamless system connectivity.
Fully open platform:
Cloud API integration with MES and WMS systems.
SDKs for secondary development on the robot side.
Fully open chassis algorithm interface.
Flexible support for external power and control requirements.
Core product lines:
D Series (Carrying AMR): 80 / 150 / 300 / E models
L Series (Lifting AMR): 150 / 300 / 600 / E models
S Series (Underslung AMR): 150 / 300 / 600 / E models
F Series (Heavy-duty AMR): 1500 / 2000 models
Roller, towing, and other peripheral modules for customized deployment.
Remote monitoring:
Full-process visibility of sensing, decision-making, and control — enabling transparent, intelligent operation management.
Smart warning system:
Real-time alerts, diagnostic codes, and maintenance guidance improve equipment availability and operational efficiency.
With over four years of deep industrial experience, Autoxing AMR has earned the trust of more than 1,500 enterprises worldwide.
Its systems consistently deliver superior stability and reliability in complex industrial environments.
Choosing Autoxing means choosing:
Smarter algorithm architecture
More reliable performance
More precise positioning
More open and customizable integration
More comprehensive operation and service systems
Autoxing is an intelligent robotics company driven by autonomous driving technology.
Its founding and core team come from leading map navigation and autonomous driving companies, bringing years of technical accumulation in AI, localization, and mobility.
Autoxing focuses on fully autonomous commercial robots and provides intelligent mobile platforms and operational solutions across industries.
Its robots are widely deployed in factories, logistics centers, restaurants, hotels, and office buildings, offering seamless mobility and intelligent delivery across diverse application scenarios.
Core advantages:
No site modification required
Fast deployment and flexible pathing
Dynamic obstacle avoidance and free movement
IoT device connectivity
Centimeter-level precision even in dynamic environments
Multi-robot cluster coordination and third-party system integration
In the wave of smart manufacturing, industrial logistics automation has become a key driver of competitiveness for modern enterprises.
Beijing Autoxing AMR (Autonomous Mobile Robot), backed by strong technical expertise and deep industry experience, is redefining industrial logistics with cutting-edge solutions — empowering manufacturing upgrades with greater efficiency, flexibility, and intelligence.
Built on a unique architecture combining an autonomous driving framework with the ROS system, Autoxing AMR delivers superior navigation precision and operational stability.
Key breakthroughs in navigation and path planning:
Track-based navigation supports localized obstacle avoidance.
When encountering obstacles, the robot automatically detours within a safe range and returns to the track afterward.
Supports segmented navigation — flexible, hybrid path control combining on-track and free navigation modes.
Automatically realigns to the track after deviation, requiring no manual reset.
Using multi-SLAM fusion technology, Autoxing AMR maintains full localization accuracy even under 100% environmental changes.
It achieves industry-leading ±1–5 mm docking precision and supports both manual and automatic map incremental updates.
Comprehensive obstacle avoidance configuration:
Dual or triple-depth camera systems can be flexibly arranged (top, bottom, and front) to ensure safe and stable navigation in both low-speed and high-speed industrial settings.
Autoxing AMR automatically recognizes and records a variety of load carriers — including racks, pallets, carts, cabinets, cages, multi-leg and irregular shelves — and supports automatic multi-size carrier recognition during ongoing tasks.
High-precision docking:
The system enables accurate docking within a ±20 cm range and automatically corrects angular deviations within 15°, ensuring efficiency and precision in material handling.
Rich peripheral integration:
Supports elevator modules, door control, notification, and I/O interfaces — enabling truly seamless system connectivity.
Fully open platform:
Cloud API integration with MES and WMS systems.
SDKs for secondary development on the robot side.
Fully open chassis algorithm interface.
Flexible support for external power and control requirements.
Core product lines:
D Series (Carrying AMR): 80 / 150 / 300 / E models
L Series (Lifting AMR): 150 / 300 / 600 / E models
S Series (Underslung AMR): 150 / 300 / 600 / E models
F Series (Heavy-duty AMR): 1500 / 2000 models
Roller, towing, and other peripheral modules for customized deployment.
Remote monitoring:
Full-process visibility of sensing, decision-making, and control — enabling transparent, intelligent operation management.
Smart warning system:
Real-time alerts, diagnostic codes, and maintenance guidance improve equipment availability and operational efficiency.
With over four years of deep industrial experience, Autoxing AMR has earned the trust of more than 1,500 enterprises worldwide.
Its systems consistently deliver superior stability and reliability in complex industrial environments.
Choosing Autoxing means choosing:
Smarter algorithm architecture
More reliable performance
More precise positioning
More open and customizable integration
More comprehensive operation and service systems
Autoxing is an intelligent robotics company driven by autonomous driving technology.
Its founding and core team come from leading map navigation and autonomous driving companies, bringing years of technical accumulation in AI, localization, and mobility.
Autoxing focuses on fully autonomous commercial robots and provides intelligent mobile platforms and operational solutions across industries.
Its robots are widely deployed in factories, logistics centers, restaurants, hotels, and office buildings, offering seamless mobility and intelligent delivery across diverse application scenarios.
Core advantages:
No site modification required
Fast deployment and flexible pathing
Dynamic obstacle avoidance and free movement
IoT device connectivity
Centimeter-level precision even in dynamic environments
Multi-robot cluster coordination and third-party system integration