Fairy Mobile Digital Service Robot

Basic Specifications

Core Functions Introductions

• 01

  Human-computer interaction experienc

  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.

Scenario Application

• Supermarket

• Exhibition Pavilion

• Corporate Showroom

Frequently Asked Questions

1.What scenarios are commercial service robots applicable to?

Our commercial service robots are widely deployed in diverse scenarios, including hotels, office buildings, shopping malls, exhibition halls, government service centers, hospitals, industrial parks, factory campuses, catering stores and bank branches. They support core functions such as welcome reception, visitor guidance, intelligent consultation, on-site explanation, item and food delivery, security patrol inspection, and brand promotion.

2.Do commercial service robots require 24-hour manual supervision and operation?

No on-site full-time supervision is required. Equipped with autonomous navigation, intelligent obstacle avoidance, automatic charging and scheduled task execution capabilities, all robots can be remotely managed via the cloud backend. Only routine simple maintenance is needed for daily operation, greatly saving human labor.

3. Do commercial robots require special site renovation or specific floor conditions?

No special site renovation is required. The robots adapt to all standard flat floors, including tile, wooden and cement ground. They can smoothly pass gentle slopes and normal door sills. For large and complex environments, one-time mapping enables permanent and stable operation, with no need for pre-embedded tracks or site modifications.

4.Can the robot’s voice, dialogue scripts and appearance be customized?

Full customization is available. We support customized corporate exclusive voices, welcome dialogues, promotional content and UI logos. Partial models allow personalized body color and sticker customization. In addition, the robots can be integrated with third-party systems such as corporate official accounts, access control systems and queue calling systems

5.What is the battery life and continuous working time of commercial robots?

Our mainstream commercial robots feature a single-charge battery life of 8 to 12 hours, fully meeting all-day business operation demands. The robot will automatically return to the charger when power is low and resume unfinished tasks after full charging, ensuring uninterrupted service.

6.Will the robot collide with pedestrians or obstacles in crowded scenarios?

Collision risks are completely avoided. Adopting a fused sensing system of LiDAR, vision cameras and ultrasonic sensors, the robot can real-time identify pedestrians, tables, equipment and other obstacles. It actively decelerates, detours and makes emergency stops to ensure safe and stable operation in crowded environments