All categories/Robotic/Fairy Mobile Digital Service Robot
Fairy Mobile Digital Service Robot
RBT-08

Reception Robot

Fairy Mobile Digital Service RobotNew

Digital service robot for exhibition halls, airports, hotels, malls, banks, and government service halls.

It is used in many service places such as exhibition halls, airports, hotels, shopping malls, banks, and government affairs halls. Facial recognition, voice dialogue and control, explanations, navigation and other multi-functions optimize manpower and attract customers.

Specifications

Appearance dimensionsL540*W470*H1405mm
Total Weight40kg
Moving speed0-1.2m/s
Endurance time≤10h
Charging time3-4h
Screen size23.8inch
Braking distance≤200mm
Navigation method40m LiDAR Navigation
Battery capacity20Ah
Battery typeLithium battery
Control SystemAndroid
Power50W

Core Features

01

Human-Computer Interaction Experience

Visual, voice, text, touch and other human-computer interactions allow users to directly feel the power of technology.

02

Data Collection

Comprehensive and visual collection, storage, analysis, and management of massive visitor data.

03

Information Consulting

Conduct human-computer dialogue based on the business field, answer users' questions, and proactively introduce different content.

04

Facial Recognition System

Automatically detect and recognize faces through cameras, and collect identity information. Quickly search and compare the entered facial database to identify the person's identity, and actively welcome them.

05

Business Processing

It is convenient for customers to handle information inquiry, fee check, queue call and other services. (Customized on demand)

06

Guide the Way

Advanced navigation technology is used to build a map indoors, and the robot leads the customer to the designated point after voice interaction with the customer.

07

Open API Customized Services

Open API allows for secondary development according to application scenarios, adding exclusive functions, which is more consistent with actual application scenarios.

08

SLAM Navigation Obstacle Avoidance System

The robot carries multiple sensors and can autonomously locate in complex environments. Through deeply optimized obstacle avoidance algorithms, it perceives real-time changes in the surrounding environment, bypasses obstacles in the planned path, and selects appropriate routes to move forward. Finally, reach the target point.