Industrial 300kg Lifting AMR Robot for Warehouse Moving and Material Transport

Product Description

Product Description

Factory Automation Equipment Realizes Traceable Digital Logistics Management for Factories

As an intelligent logistics AMR robot and trackless AGV delivery cart, our Fly Boat industrial autonomous mobile robot features dual 3D cameras for omnidirectional environmental perception with a 100KG large load capacity. 
It adopts Reeman self-developed SLAM 2.0 navigation system, requiring no QR code or magnetic tape layout to achieve high-precision positioning without site renovation. Equipped with a central dispatching system, it supports multi-machine collaborative orderly operation. With an open SDK platform and rich  interfaces, this warehouse material handling robot allows secondary development and OEM customization to meet diverse intelligent manufacturing and factory automation demands as reliable warehouse automation & intralogistics handling equipment.

Functional features

01 Super capacity 
The transport robot is made of sheet metal construction, with a large capacity of 300 kg, stable and undeformed
02 Intelligent obstacle avoidance

270° autonomous obstacle avoidance, flexible steering, stable and safe operation 
03 Remote navigation deployment

Support for remote navigation to build maps, easy and fast robot 
installation and deployment 
04 Lithium iron phosphate batteries 
Built-in 38.4V/25Ah lithium iron phosphate battery, safe and environmentally friendly, non-combustible and non-explosive 
05 Autonomous dispatch system 
Multi-machine collaboration allows for dynamic adjustment of robot avoidance according to task priority, enabling efficient and stable delivery 
06 Automatic recharging 
Automatic return to charging when the power level falls below the minimum, no manual operation required

Reeman Spaceship Under-Ride AMR – Smart, Flexible & Space-Saving

The Reeman Spaceship is a low-profile under-ride AMR designed for automated material handling in factories and warehouses. Its compact body allows the robot to drive underneath racks, pallets and equipment, then lift and transport loads automatically.

Active obstacle avoidance

Equipped with Reeman's self-developed SLAM synchronous positioning map building system, high-precision navigation and positioning, Laser radar, dual 3D cameras, all-round perception of the surrounding environment, efficient and stable operation

Single line Laser 
Detection distance 25m, laser wavelength 905 nm Working area 270°

Dual 3D cameras 
Vertical angle: 63° Horizontal angle 79°

Deployment without posting code

l Robotic navigation deployment without the need to affix codes for auxiliary positioning. l no need to affix codes to the ceiling and no aesthetic impact on the decoration. l Customised planning of delivery routes for easier operation. 

No need to paste code

Deployment without posting code
Robotic navigation deployment without the need to affix codes for auxiliary positioning.
no need to affix codes to the ceiling and no aesthetic impact on the decoration.
Customised planning of delivery routes for easier operation.
Highly accurate navigation and positioning
Proven and stable navigation algorithms for precise positioning
Multi-sensor fusion technology with LIDAR + dual 3D cameras for real-time sensing of the surroundings

Autonomous lift rides
Supports most lifts on the market, builds maps for multiple floors, takes the lift independently, controls access control and automatically switches maps to complete cross-floor delivery tasks. (Optional function)
Automatic recharging
Custom set minimum power value, when the robot's power falls below the minimum value, itautomatically returns to charging without manual operation.
 

Autonomous dispatch system

Multi-machine collaboration and orderly operation
Avoid blocking the "machine"
The built-in scheduling system, with multi-machine collaboration, can dynamically adjust robot avoidance according to task priority to achieve efficient and safe, stable and reliable delivery efficiency.

Wide range of applications

Products are widely used in robot enterprises, scientific research institutions, colleges and universities, robot training institutions, logistics and warehousing, factory workshops, high-speed railway stations, hospitals ......

Specification

Operating systems	Android 11 operating system and above
Whole machine size	704mm (L)*470mm (W)*1820 mm (H)
Net weight	50KG
Screen	7 inches (resolution 1024*600)
Travel speed	0.1~1.0m/s
Maximum load capacity	100KG
Charging time	4-6 hours(with automatic recharge)
Navigation accuracy	±10cm
Battery parameters	Lithium iron phosphate  38.4V/27Ah
Battery life	Full load 12hours, no load 15 hours
Charging method	Automatic re-charging, direct charging
Motor Drive	5.5 inch wheel motor
Adapter	Input: AC110-240V 50-60HZ Output: 43.2V-5A
Charging Pile Parameters	Overcurrent protection, intelligent power failure, output rated voltage: 43.2V DC Output rated current: 5A

Certifications

Packing & Delivery

Company Profile

FAQ

Q1: Which model of AGV robot chassis is best suited for small warehouses?
A: Our Factory Warehouse Intelligent Carrying Robot is ideal for small warehouses due to its compact design and ability to navigate tight spaces efficiently.

Q2: How do I maintain and care for my factory delivery robot?
A: Regular maintenance of your AGV robot includes checking the rubber wheels for wear and cleaning the control panel for optimal performance. Contact us for a detailed maintenance guide.
 
Q3: What materials are used in the construction of the robot?
A: EThe robot chassis is constructed from durable composite materials, offering strength and lightweight handling, perfect for industrial environments.
 
Q4: Can I customize the AGV robot for specific warehouse operations?
A: Yes, our AGV robots are modular, allowing for customization to meet specific operational requirements. You can adjust components like the control panel for tailored functionality.
 
Q5: Is the robot chassis certified for industrial use?
A: Yes, our Factory Warehouse Intelligent Carrying Robot is certified with PSE and CE, ensuring it meets industry standards for safety and performance.
 
Q6: How does the AGV robot ensure safe operation in a busy warehouse?
A: The robot is equipped with safety sensors and a high-visibility control panel to prevent collisions and ensure operator safety.