All categories/Robotic/Alice AI Service Robot
Alice AI Service Robot
RBT-06

Reception Robot

Alice AI Service Robot

Commercial-scenario service robot balancing practicality and technological innovation for differentiated industry applications.

Specifications

Appearance dimensionsL580*W550*H1500mm
Total Weight45kg
Moving speed0~1.2m/s
Endurance time≤10h
Charging time3~4h
Screen size13.3inch
Positioning accuracy±50mm
Navigation method40m LiDAR Navigation
Battery capacity20Ah
DOF3 degrees of freedom
Control SystemAndroid
Power50W

Core Features

01

Welcome Reception

Automatically sense the human body in different route directions, and broadcast welcome and farewell messages. Support customized display of voice and image information, and customize languages for different countries and regions.

02

Mobile Ads

The 13.3-inch high-definition touch screen can display mobile advertisements, video playback, discount reminders, boutique push, product information inquiry, map display, etc.

03

Business Consulting

Customized voice dialogue supports the construction of industry data models and massive knowledge bases, answers various business consultation questions to customers, and can continuously learn and optimize intelligently. (Customized on demand)

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

Support System Development

The open SDK package and open API allow for secondary development according to application scenarios, adding exclusive personalized functions, which are more consistent with actual application scenarios.

08

Autonomous Avoidance

The robot carries multiple sensors and can position itself in complex environments. Through a deeply optimized obstacle avoidance algorithm, it can sense real-time environmental changes around it, avoid obstacles in the planned path, and choose an appropriate route to move forward. Finally reach the target point.