AUTOXING L300 - Smart Autonomous Lifting Robot with 300kg Load Capacity

Name: AUTOXING L300 - Smart Autonomous Lifting Robot with 300kg Load Capacity
Brand: AutoXing
SKU: ATXG-L-300
Availability: InStock

Št. artikla: ATXG-L-300

AUTOXING L300 - Smart Autonomous Lifting Robot with 300kg Load Capacity

Št. artikla: ATXG-L-300

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Dostavljeno v 10-16 dneh

The Autoxing L Series is an intelligent, autonomous material handling robot family designed to optimize logistics, warehouse, and manufacturing workflows. The L-type models feature automatic lifting capabilities, able to detect shelves and independently pick up or place loads with varying capacities (150–600 kg), significantly reducing manual handling while increasing efficiency. Their advanced navigation systems support multiple modes, including free, track, hybrid, and follow, and they can be easily integrated with existing enterprise systems, providing long battery life for continuous operation.

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AUTOXING L300

Autonomous Transport for Heavier Loads

The AUTOXING L300 is an autonomous lifting and transport robot designed to move shelves, storage units and heavier loads independently. With a payload capacity of up to 300 kg, it is well suited to warehouses, manufacturing facilities, logistics centres and other environments where heavier materials, components or equipment need to be moved regularly.

Integrated Lifting Mechanism

At the core of the L300 is its integrated lifting mechanism. The robot positions itself beneath the appropriate shelf or carrier, raises it by up to 50 mm and then transports the load autonomously to the designated destination. The lifting speed is 5 mm/s, allowing pickup and placement to be carried out in a controlled manner.

Standard and Customisable Shelving

The standard shelf measures 660 × 700 × 350 mm externally and 600 × 640 × 320 mm internally. The system can also be adapted to custom shelves and superstructures, allowing the robot to be integrated into a wide range of material-handling and internal logistics workflows.

Compact Design and 300 kg Payload Capacity

Despite its compact size, the L300 offers a payload capacity of 300 kg. The robot has a footprint of 740 × 500 mm, stands 1240 mm tall and weighs approximately 78 kg. Its narrow design allows it to operate in passageways as little as 70 cm wide, making it particularly useful in tighter warehouse and production environments.

Mobility and Terrain Handling

The robot reaches a maximum speed of 1.2 m/s, which can be adjusted according to the task and operating environment. It can travel on slopes of up to 8°, cross obstacles up to 20 mm high and handle floor gaps of up to 35 mm. A minimum clear width of 70 cm is required when passing through lifts or gates.

360° LiDAR Navigation

Autonomous navigation is supported by several sensors working together. A 360° LiDAR detects the surrounding environment from approximately 0.02 to 40 metres, continuously providing data for localisation, route following and obstacle detection.

Depth-Camera Detection

The LiDAR is complemented by a depth camera capable of detecting objects between approximately 0.4 and 2 metres in front of the robot. With a horizontal field of view of around 72° and a vertical field of view of 50.5°, it provides more detailed spatial information about the immediate surroundings.

Wide-Angle RGB Camera

The L300 also uses an RGB camera with a 215° field of view and 1280 × 720 resolution. Together, the camera, depth sensing and LiDAR support accurate environmental perception and safer obstacle avoidance.

Accurate Positioning and Alignment

A 6-axis IMU and wheel-odometry-based position tracking further assist the robot’s navigation. By combining data from multiple sensors, the L300 can achieve positioning accuracy of up to ±5 mm and ±1°, which is particularly important when aligning beneath a shelf or placing a load precisely at its destination.

Marker-Free SLAM Navigation

AutoXing’s SLAM-based navigation allows the robot to operate without QR codes or other artificial navigation markers. The system continuously monitors changes in the environment and combines global and local path planning to adapt to changing conditions.

Autonomous Route Adaptation

During operation, the L300 moves autonomously between assigned destinations while continuously monitoring the area around it. If an obstacle appears along the route, the system can adapt its movement using the available sensor data, making it suitable for dynamic warehouse and manufacturing environments.

Indoor and Outdoor Operation

The robot is not limited exclusively to indoor operation. It can also be used outdoors within suitably prepared industrial areas or business parks. The robot body has an IP43 protection rating, while the battery is rated to IP66.

Resistance to Variable Operating Conditions

Its operating temperature range extends from -10 to +65 °C, while the design also incorporates UV- and corrosion-resistant features. This allows the L300 to operate in a wider variety of industrial environments where temperature or surrounding conditions may vary significantly.

Battery Capacity and Operating Time

The L300 is powered by a 30,000 mAh battery and can operate for up to approximately 9 hours. A full charge takes around 5.5 hours.

Optional Automatic Charging

With the optional automatic charging station, the robot can return to charge independently whenever required. This allows the system to support continuous, potentially 24-hour operation, with charging cycles managed automatically between tasks.

Integrated Touchscreen and Audio Functions

A 10.1-inch touchscreen with 1280 × 800 resolution is integrated into the front of the robot, providing access to basic operating and status information. The built-in speaker supports text-to-speech functionality as well as audio playback.

Flexible Connectivity Options

Connectivity options include 2.4 and 5 GHz Wi-Fi, Bluetooth 5.0 and 4G mobile communication. An optional 5G module is also available, allowing the robot to connect to both local networks and remote management systems.

Independent Control Architecture

The robot operates using Android 11 and Linux Ubuntu-based systems. Navigation and core robot control are handled by a dedicated computing unit, while the display and user interface use a separate processor. This architecture allows the robot’s essential control functions to operate independently from the user-facing interface.

Integration with WMS, MES and RCS Platforms

The L300 can operate not only as a standalone robot but also as part of a larger automated system. Open API and SDK access allow integration with WMS, MES and RCS platforms, enabling transport tasks to be managed directly from existing logistics or production-management systems.

Integration with Lifts and Automatic Doors

The robot can also be integrated with lifts and automatic doors, so automated transport is not necessarily limited to a single room or floor. With suitable infrastructure, multi-storey internal logistics workflows can be created.

Optional Accessories and Customisation

Optional accessories include warning lights, external speakers, call buttons, follow-me wristbands, roller-top modules, storage boxes and different shelving systems. This allows the same robotic platform to be configured for a variety of material-handling applications.

Remote Control and Task Management

The L300 can also be monitored and controlled remotely. New tasks can be assigned through a mobile application, while statistics related to completed jobs can be reviewed at any time.

Centralised Fleet Management

A central robot-management platform supports user-permission management and operational data analysis. When multiple robots are deployed, this makes it easier to oversee the entire fleet and monitor the utilisation of individual units.

Real-Time Monitoring and Fault Alerts

The remote monitoring system displays the current status of the robot in real time and can issue immediate alerts when a fault occurs. Certain issues can also be handled remotely, reducing the need for on-site intervention in every case.

Remote Installation and Mapping

Installation and mapping can also be carried out remotely. AutoXing’s system allows maps to be created and edited without manually pushing the robot through the entire site. According to the manufacturer, approximately 100 m² can be mapped remotely in as little as 10 minutes.

Multi-Robot Task Scheduling

The remote scheduling system can coordinate tasks for robots operating in different areas. Local and cloud-based fleet management allow multiple L300 units or other compatible robots to operate within the same system.

Real-Time Operational Data

Operational data can be displayed and analysed in real time. Operators can monitor robot status, completed tasks and performance statistics from a single interface, helping them evaluate and optimise logistics workflows over time.

Automation of Heavy-Load Transport Tasks

The AUTOXING L300 is particularly well suited to repetitive transport tasks involving heavier loads. The robot can autonomously approach the assigned shelf or storage unit, lift it, transport it to the required destination, place it down and then continue with the next task.

Application Areas

Warehouse material handling

Transport of heavier components

Material movement between production areas

Workstation supply

Shelf and storage-unit transport

Component and raw-material replenishment

Internal transport of finished goods

Logistics centres

Manufacturing facilities

Electronics manufacturing

Automotive suppliers

Warehouses and distribution centres

Automation of internal logistics processes

Multi-floor material handling

Transport tasks involving lifts and automatic doors

Automated shelf transport

Automation of repetitive transport routes

Logistics integrated with WMS and MES systems

Autonomous Load Collection and Placement

The main advantage of the AUTOXING L300 is that it combines a 300 kg payload capacity with autonomous navigation and an integrated lifting mechanism. Rather than simply transporting a load that has already been placed on it, the robot can position itself beneath a compatible shelf or carrier, lift it independently, transport it to the required destination and place it back down.

Flexible Heavy-Duty Autonomous Transport

With a 300 kg payload capacity, 50 mm lifting height, speeds of up to 1.2 m/s, 360° LiDAR, depth and RGB cameras, up to approximately 9 hours of runtime, automatic charging, remote monitoring and fleet-management capabilities, the L300 provides a flexible autonomous transport solution for heavier industrial and logistics workflows.

Specifications

Basics	Height	1240(mm)
	Size	740*500（mm）
	Weight	78kg
	Exterior material	ABS, Sheet Metal
Carrier	Shelf	Standard：External dimensions: 660×700×350Internal dimensions: 600×640×320 （mm） or customize the shelf
	Rated load	300kg
	Lifting height	50mm
	Lifting speed	5mm/s
Use Environment	Water-proof & Dust-proof	Whole body IP43, battery IP66
	Operating temperature	·-10 ℃ ~ 65 ℃; UV resistance; Corrosion resistant
	Storage temperature	·-20℃~65℃
	Charging temperature	5~40℃（indoor）
Display&touch	10.1inch，resolution 1280*800
Network Communication	4G	Support FDD B1/B3/B5/B8,TDD B38/39/30/41
	5G	Supported, need to add 5G accessories
	Data quota	2G/ month for each robot
	WIFI	Wifi module（AP6256）2.4G&5GHz，support 802.11a/b/g/n/ac protocal
	Bluetooth	Bluetooth 5.0，BLE
OS	Android 11+ Linux(Ubuntu)
OS	Android 11+ Linux(Ubuntu)
Sensors	LiDAR	Detection zone：360º，Detection range：0.02～40m
	Depth camera	FOV：H 72°(±3°) V 50.5°(±3°) ，Detection range：0.4～2m
	RGB camera	215°FOV，resolution 1280*720
	IMU	6DOF；Rate dynamic range：±2000dps；Precision：0.01°
	Wheel speed indicator	odometer
Charging & Battery life	Battery	Charging voltage：24V
		Capacity：30000mAh
		Battery life ：9hUse charging pile to achieve 7*24h service
		The time it takes to fully charge：5.5h
	Adapter	Working voltage：100~240VAC、50/60Hz
	Charging pile	Dimension：375mm160mm355mm
		Weight：4.35kg
		Input：100-240V~50/60 Hz
		Output：29.4V==7.0A
Control	Chassis CPU	ARM® Quad-core Cortex-A72 1.5Ghz
	Screen CPU	ARM® Quad-core Cortex-A55 2.0Ghz
	Chassis GPU	VideoCore VI
	Screen GPU	Mail-G52 GPU
	Chassis memory	RAM：4GB binary channels LPDDR4；ROM：32GB High speed eMMC
	Screen memory	RAM：2GB binary channels LPDDR4；ROM：16GB High speed eMMC
	Picture processing	Support OpenGL ES 1.1/2.0/3.0,OpenCL1.2,Directx11
		Embedded high performance 3D acceleration hardware
		H.264/H.265/VP9 up to4Kx2K@60fpsH.264/H.265 The decoder supports 10bit decoding
		1080P multi-format video decoding, support H.264, VP8 and MVC
Other firmware	indicator light	LED
	Emergency stop button	1
	Loudspeaker	8Ω15WSupports TTS/ audio stream output
Movement	Velocity	1.2m/s Adjustable
	Whether support outdoor operation	It can be used in qualified parks/industry zones
	Obstacle climbing	20mm
	Slope climbing	8°
	Floor gap width	35mm
	Passage width	The narrowest width of the robot path needs to be not less than 70cm
	Elevator width	70cm+
	Gate width	70cm+
	Positioning Accuracy	±5(mm)/±1(°)
Expansion	Peripherals	Elevator, automatic door, notification light and speaker, call button, follow wristband, roller, box, shelf
Software	APP	APP remote management. Use the app program to send robot task, visualize task statistics functions.
	Robot management platform	Authorization allocation and business management of robot users; Operational data analysis
	Remote monitoring platform	Real-time status monitoring; Real-time fault alarm and remote processing
	Remote deployment management platform	The robot can be deployed via remote mapping. Operators can scan and edit the map remotely.
	Remote scheduling management platform	Remote cross-space scheduling
	Real-time data visualization	Display real-time status and operational statistical analysis of robots in different businesses.

Manufacturer

AutoXing

Exact color

white

Model

L300 AX8112

Bluetooth

Št. artikla

ATXG-L-300

Teža

132 kg/piece

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