Service Robot Chassis with Open Sdk and Standard Interfaces

• Customization: Available
• Battery Life: 8 hours
• Communication Interface: Wi-Fi
• Model NO.: CW-DP
• Interaction Mode: Touch Screen
• Navigation System: Lidar
• Operating System: Android
• Service Scenarios: Home Cleaning, Hotel Room Service, Office Receptionist, Supermarket Delivery
• Type: Food Delivery Robot
• Delivery Time: 15 Working Days
• Transport Package: Wooden Box
• Specification: 540X360X355MM
• Trademark: chuangwang
• Origin: China
• HS Code: 8479899990
• Production Capacity: 500000

Product Description

                                             Commercial Service Robot Chassis

        The robot chassis refers to the bottom frame or base of a robot. It supports the robot's overall structure and enables movement.

       LIDAR Obstacle Avoidance AGV with Secondary Development SDK for Robot Chassis 

Hardware Specifications

Open SDK for Secondary Development

          Equipped with a LIDAR + V-SLAM navigation and positioning system, it features mature navigation algorithms. For users with development capabilities, standard SDK interfaces are provided, offering good scalability.

High-Precision Map Building

        Utilizing LIDAR sensors to scan the surrounding environment, it achieves centimeter-level indoor mapping precision. With visual map editing, it supports map modifications and the creation of virtual walls. This not only enables the robot to move precisely and smoothly but also ensures timely and safe obstacle avoidance. The system operates stably and can quickly adapt to a variety of complex scenarios.

Intelligent Cloud Platform

     Through the cloud service platform, remotely connect and control the robot. Visualize the entire process of building navigation maps to reduce maintenance and service response times. This allows the robot to be put into use more quickly, saving time costs.

 .Operation Data Monitoring              . Remote Navigation Map Building

 .Custom Calibration Locations         .Autonomous Path Planning

 

                 Autonomous Path Planning

LIDAR + Infrared and Other Technologies for High-Precision Indoor Navigation

        Leveraging advanced technologies such as LIDAR and infrared sensors, the robot achieves high-precision indoor navigation. It can accurately mark positions, move stably and automatically, and plan its driving routes efficiently.

Automatic Millisecond-Level Obstacle Avoidance

        Capable of rapid obstacle avoidance within 0.5 seconds, ensuring intelligent and safe navigation. The robot can autonomously locate itself within its environment. Through deeply optimized obstacle avoidance algorithms, it perceives real-time changes in its surroundings, bypasses obstacles in its planned path, selects the optimal route forward, and ultimately reaches its destination.

Autonomous Return to Charging Station

        When the battery level is low, the robot can automatically return to the charging station for recharging. This feature ensures continuous operation and minimal downtime, maintaining the robot's availability for tasks.

Lithium Battery for Extended Standby and Long-Lasting Operation

    Real-time Battery Monitoring

    8-Hour Long-Lasting Endurance

    Infrared Docking with Charging Station

    Precise Navigation and Positioning

    The lithium battery offers a long standby time and can sustain continuous operation for approximately 8 hours. This         ensures that the robot can perform tasks for extended periods without frequent recharging.

Application Fields

        The robot is widely used in hotels, restaurants, office buildings, KTVs, conference venues, and other catering and entertainment places. It can autonomously plan delivery routes, actively avoid obstacles, and optimize labor costs with its intelligent functions. This not only improves operational efficiency but also enhances the brand image of the restaurant or venue.