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Dual-Laser Spacecraft Max Factory Handling Robot
300 kg payload Dimensions: 804 mm × 560 mm × 1,820 mm Autonomy: 8 hours at full load Front laser: 40 m × 1 Rear laser: 25 m × 1 Top-mounted LiDAR: 50 m × 1 Lifting height: 10 cm
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product details
Product Structure Overview
Product Introduction
The MAX factory handling robot for dual-laser-enabled autonomous vehicles features a 10 cm lifting height, automated shelf loading and unloading, and an ultra-large payload capacity of 300 kg. It is equipped with our self-developed SLAM 2.0 autonomous positioning and navigation system, eliminating the need for barcode labels and delivering highly precise navigation and localization. The robot also offers an open SDK platform with a rich set of API interfaces, supporting secondary development and customized services to meet diverse robotic application requirements.
Product Advantages
- Open SDK Platform
A fully open hardware and software platform that provides API interfaces and comprehensive technical support documentation, offering end-to-end assistance throughout the product development process. - Supports custom development
The spacecraft boasts exceptional scalability, enabling users to tailor and develop upper-layer application architectures based on their specific needs. - Cloud Service Platform
The cloud platform supports remote navigation and map-building deployment, provides real-time display of the chassis’ operating status, saves time, and is simple and easy to use. - Reduce development costs
The spacecraft features a mature and robust navigation solution that helps enterprises shorten product development cycles and reduce R&D investment costs.
Functional Features
- 300 kg ultra-large payload
The chassis features a sheet-metal structure, with an ultra-large payload capacity of 300 kg, ensuring stability and resistance to deformation. - Proactive Obstacle Avoidance
3D camera + dual lasers, intelligent obstacle avoidance, agile turning, and stable, safer operation. - Remote Navigation Deployment
Supports remote navigation and mapping, with convenient and rapid robot installation and deployment. - One-Click Robot Call
Supports one-touch remote calling via apps, smartwatches, call remotes, and other devices—use it whenever you need. - Lithium iron phosphate battery
Equipped with a 38.4V/25Ah lithium iron phosphate battery, which is safe, environmentally friendly, and non-flammable and non-explosive. - Central Dispatch System
The robot’s speed can be dynamically adjusted based on task priority, enabling efficient and stable delivery. - Auto-return charging
When the battery level falls below the minimum threshold, the device automatically returns to charging—no manual intervention required. - Self-Service Elevator Call (Optional)
Can be integrated with elevators, featuring a proprietary elevator control system that autonomously calls the elevator and enables cross-floor delivery.
Product Specifications
| Project | Parameters |
|---|---|
| Operating System | Android 5.1 or later |
| Overall dimensions | 791.6 mm (length) × 560 mm (width) × 1,682 mm (height) |
| Net weight | Approximately 65 kg |
| screen | 7 inches (resolution 1024*600) |
| Driving speed | 0.1~1.0 m/s |
| Maximum Load | 300KG |
| Charging time | Approximately 6 hours (with automatic recharging) |
| Navigation accuracy | ±10 cm |
| Battery Parameters | Lithium Iron Phosphate 38.4V/25Ah |
| Battery life | 8 hours under full load, 20 hours under no load |
| Charging method | Automatic recharging, direct charging |
| Motor drive | 5.5-inch in-wheel motor |
| Adapter | Input: AC 110–240 V, 50–60 Hz; Output: 43.2 V, 5 A |
| Charging Pile Parameters | Overcurrent protection, intelligent power-off, rated output voltage: 43.2 V DC, rated output current: 5 A. |
Ultra-high load capacity, suitable for various venues.
Equipped with an integrated in-wheel motor, it delivers exceptionally strong dual-drive power. The chassis adopts a flatbed truck design, offering ample platform space and robust load-carrying capacity, with a maximum payload of 300 kg to meet the demands of various industry applications.
Rich interfaces and strong extensibility
The SDK is open to all users and offers a rich set of API interfaces, delivering exceptional extensibility. Customers with solid development capabilities can tailor solutions to specific application scenarios, thereby meeting the market’s diverse demands for mobile robot chassis.
Both drive wheels are equipped with a shock-absorbing suspension system.
During operation, the robot maintains a more stable posture and executes smoother turning maneuvers, effectively reducing issues such as items slipping during delivery.
Smart obstacle avoidance, automatic detour
Equipped with a self-developed SLAM simultaneous localization and mapping system, high-precision navigation and positioning, dual front-and-rear LiDAR sensors, and a 3D camera, it achieves all-around perception of the surrounding environment and delivers efficient, stable operation.
Dual LiDAR: Detection range: 25 m; laser wavelength: 905 nm; operating field of view: 270°.
3D camera: Vertical angle: 63° Horizontal angle: 79°
No need to affix labels—precise positioning
No code labeling required for deployment.
- Robot navigation deployment eliminates the need for QR-code-based auxiliary positioning, reducing labor costs.
- No need to affix tags to the ceiling, so it won’t compromise the aesthetic appeal of the interior design.
- Customize delivery routes for simpler operations.
High-Precision Navigation and Positioning
- Equipped with mature and stable navigation algorithms for precise positioning.
- Dual LiDAR and 3D camera multi-sensor fusion technology for real-time perception of the surrounding environment.
Multi-machine collaboration for orderly operation to prevent “machine” bottlenecks.
The built-in scheduling system enables multi-robot collaboration, dynamically adjusting vehicle speed and delivery routes based on task priority to achieve efficient, safe, stable, and reliable delivery performance.
Self-Operated Elevator Ride (Optional)
The Max backpack-style dual-laser transport robot is compatible with the vast majority of commercial elevators on the market. It features multi-floor mapping, autonomous elevator boarding, access control integration, and automatic map switching, enabling seamless cross-floor delivery operations.
Lithium iron phosphate battery
Battery capacity: 38.4 V / 25 Ah. Excellent high-temperature resistance—no risk of explosion or combustion, ensuring safe and reliable operation. Long service life with over 2,000 charge-discharge cycles.
- High-temperature resistant, non-combustible, and sufficiently safe.
- Long battery life, with up to 2,000 discharge cycles.
- Supports fast charging for quicker charging.
- Green, energy-efficient, and environmentally friendly
Low-battery automatic recharging
Customize the minimum battery level; when the robot’s battery falls below this threshold, it will automatically return to the charging station—no manual intervention required.
Wide range of applications
The products are widely used in robotics companies, research institutions, higher education institutions, robotics training centers, logistics and warehousing, factory workshops, high-speed rail stations, hospitals, and more.
Keywords:
Dual-Laser Spacecraft Max Factory Handling Robot
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