Two-way Laser Navigation Robotic Slam System with Concealed Traction of AGV Trolley

1€

About the robot

Robot name

Two-way Laser Navigation Robotic Slam System with Concealed Traction of AGV Trolley

Employment type

Full-time employees

Dimensions

Height	29 cm
Width	42 cm
Lenght

Load capacity

800-1500 kg

The speed of movement

Energy consumption

Working hours

The warranty period

Power

Relocatable robot

*Payment terms, contracts, shipping/logistics, insurance details, etc. are provided upon request.

Two-way Laser Navigation Robotic Slam System with Concealed Traction of AGV Trolley 800KG

Overall dimensions: L1900*W420*H290 (mm)
Maximum load: 800 kg
Body weight: 362 kg
Turning radius: 1000mm
Navigation method: Helmet navigation/ QR code navigation
Navigation accuracy: Â± 10 mm
Stopping accuracy: Â± 10 mm
Walking direction: forward, backward, left and right
Drive mode: Differential drive
Communication Method: Radio Frequency / Wi-Fi / 5G

Two-way Slam Laser Navigation System with Concealed Thrust of 1000 KG AGV Trolley

Overall dimensions: L1900*W420*H290 (mm)
Maximum load: 1000kg/1500KG
Body weight: 362 kg
Turning radius: 1000mm
Navigation method: Laser stroke/ Laser click/ QR code
Navigation accuracy: Â± 10 mm
Stopping accuracy: Â± 10 mm
Walking direction: forward, backward, left and right
Drive mode: differential drive
Communication Method: Radio Frequency / Wi-Fi / 5G

Revolutionize Your Logistics with Autonomous Robotic Trolleys

Introducing two advanced models in the series of robotic trolleys designed for efficient logistics and cargo handling. These systems offer precision, reliability, and flexibility, making them ideal for modern warehouses and industrial environments. Hire a robot from this series to revolutionize your operations with state-of-the-art technology. These smart robots integrate seamlessly into AI logistics systems and logistics automation.

Features

Our series of advanced Autonomous Guided Vehicles (AGVs) offers a flexible and efficient solution for automating internal logistics. These robotic trolleys leverage cutting-edge Simultaneous Localization and Mapping (SLAM) technology, enabling them to navigate dynamic environments without the need for fixed infrastructure like magnetic tapes or inductive wires. Two prominent models in this series exemplify the capabilities of our AGV technology:

Two-way Laser Navigation Robotic Slam System with Concealed Traction of AGV Trolley 800KG: This model is designed for optimal performance with overall dimensions of L1900W420H290 (mm). It can handle a maximum load of 800 kg, with a body weight of 362 kg. It features a turning radius of 1000mm and uses helmet navigation or QR code navigation with a navigation accuracy of Â± 10 mm. Stopping accuracy is also Â± 10 mm, and it can walk in forward, backward, left, and right directions using differential drive. Communication is facilitated through Radio Frequency, Wi-Fi, or 5G.
Two-way Slam Laser Navigation System with Concealed Thrust of 1000 KG AGV Trolley: This model boasts overall dimensions of L1900W420H290 (mm) and a maximum load of 1000kg/1500KG. It shares the body weight of 362 kg and a turning radius of 1000mm. Navigation methods include Laser stroke, Laser click, or QR code with navigation accuracy of Â± 10 mm and stopping accuracy of Â± 10 mm. It also walks in forward, backward, left, and right directions using differential drive and communicates via Radio Frequency, Wi-Fi, or 5G.

In summary, these two AGV models offer versatile and efficient solutions for automated material handling. With varying load capacities and advanced SLAM navigation, they provide the flexibility and precision required for optimizing logistics operations in diverse industrial settings.

Applications

These robotic trolleys are suitable for a variety of applications:

Warehouses: Improve inventory management and operational efficiency with warehouse robots.
Logistics Centers: Enhance cargo handling and transportation using AI logistics robots.
Manufacturing Plants: Benefit from seamless material movement, facilitated by smart robots.
Retail Environments: Transport goods more efficiently with autonomous robots.
Distribution Centers: Optimize the flow of goods and reduce manual labor through logistics automation.

Work for the robot in these diverse settings ensures maximum productivity.

Benefits

Rent a robot for short-term projects or peak periods, or invest in a robot for sale to ensure long-term savings. These autonomous robots reduce the need for manual labor and automate repetitive tasks. As robot workers, they allow human workers to focus on more complex activities and enhance productivity.

The series of robotic trolleys with advanced navigation systems is a crucial asset for businesses looking to enhance their operational efficiency in various environments. With options for both hire and purchase, these smart robots are a versatile solution for modern logistics challenges. Robots in logistics are here to transform the industry for the better.

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