Product Features

• Virtual-Physical Training

The VR simulation platform recreates equipment models at a 1:1 scale, supporting screw-level disassembly simulation and precise torque control.

• Full-Process Industrial Robot Operation and Maintenance (O&M)

Covers the complete workflow of mechanical disassembly and assembly, electrical testing, fault diagnosis, and system operation and maintenance.

• ROS Intelligent Mobile Robot

Modular design with three configurable drive structures, supporting SLAM mapping and autonomous navigation.

• Industrial Internet-Based Intelligent O&M

Edge gateway, cloud platform, and O&M dashboard enable remote equipment monitoring and fault alerts.

• Machine Vision and AI Interaction

Industrial camera inspection, AI voice control, and gesture control support intelligent manufacturing applications.

• Multi-Function Training Modules

Assembly, trajectory, handling, warehousing, and servo positioning modules support automatic quick tool changing.

• Multi-Sensor Fusion Monitoring

Temperature and humidity, vibration, and vision sensors work together for real-time equipment status perception.

• Competition and Certification Alignment

Designed with reference to BRICS Skills Competition requirements and occupational skill standards for industrial robot system operation and maintenance personnel.

Technical Specifications

 Software Configuration

Category	Name	Version Requirement / Description
Operating System	Windows 10/11 Professional	64-bit
Robot Programming Software	Dedicated robot programming environment	Supports teach pendant programming and offline programming
PLC Programming Software	Xinje PLC programming tool	Supports XDSE series
HMI Configuration Software	MCGS configuration software	Human-machine interaction system
Vision Processing Software	Vision processing software + light source controller	Used with the vision inspection module
Intelligent O&M System	Intelligent O&M cloud platform	Large-screen management / monitoring center / alarm management / equipment maintenance
VR Simulation Platform	Robot VR teaching simulation platform	1:1 equipment model recreation; supports screw-level disassembly simulation
ROS Development Environment	ROS operating system development environment	Supports SLAM mapping, navigation, and vision applications
AI Voice and Vision System	AI voice model + AI vision model	Used with depth camera and pickup unit

 Hardware Configuration (Recommended)

Equipment	Parameters
Industrial Robot Body	Six-axis robot with 3 kg payload
Motion Controller	Dedicated robot motion controller
Servo Drive	Robot servo drive
Robot Teach Pendant	8-inch touch screen with emergency stop switch, key switch, and three-position safety switch
Programmable Controller	Xinje XDSE-30T, supporting industrial Ethernet communication
Human-Machine Interaction System	MCGS configuration software
Industrial Gateway	Supports 300+ industrial device driver protocols; 2 RJ45 ports + 2 serial ports; 4G/5G/WiFi
Vision Inspection Module	Industrial camera + lens + light source controller + light source + aluminum profile bracket
ROS Intelligent Mobile Robot	LiDAR + depth camera + line-tracking module; supports Ackermann, Mecanum, and differential drive structures
Programming Workstation	CPU: i7; RAM: 16 GB; storage: 1 TB; dedicated graphics card
Online Monitoring	2-megapixel camera, 360° horizontal / 114° vertical viewing angle
Sensor Kit	Temperature and humidity sensor (Modbus-TCP) + vibration sensor (three-axis vibration)
Training Workbench	Aluminum profile + painted sheet metal; anti-static tabletop; 6 drawers + storage compartment + tool grid board

Application Scenarios

Professional Training in Vocational Colleges

• Core practical training for majors such as industrial robot technology, mechatronics technology, electrical automation technology, and intelligent manufacturing equipment technology.
• Practical training support for courses such as Industrial Robot Programming, Robot System Operation and Maintenance, PLC Control Technology, and Industrial Networks and Fieldbus.

Skills Competition Preparation

• Robot system operation and maintenance competition tasks, including mechanical disassembly and assembly, electrical testing, fault diagnosis, and system operation and maintenance.
• Intelligent mobile robot competition tasks, including SLAM mapping, navigation control, and vision applications.
• Related competition training for mechatronics, electrical control system installation, and commissioning.

Employee Upskilling and Enterprise Training

• Industrial robot operation and programming training for manufacturing enterprises.
• Skill enhancement for maintenance personnel in robot system operation and maintenance.
• Technical training for employees in enterprises undergoing smart manufacturing transformation.

Industry-Education Integration Centers for Smart Manufacturing

• Construction of smart manufacturing training bases and industrial robot application centers.
• Support for school-enterprise cooperation projects and order-based talent training programs.
• Development of virtual-physical training resources.

Smart Robot Research and Innovation

• Research and development based on the ROS robot operating system.
• Applied research in machine vision, industrial IoT, and artificial intelligence.
• Innovation and entrepreneurship projects, as well as robot competition project development for university students.

FAQ

Q: Can beginners start using the platform directly?

A: ​​​​​​​Yes. The platform includes a VR simulation module, allowing learners to practice basic robot disassembly, programming, and related operations in a virtual environment before working with physical equipment. This helps reduce the learning barrier and supports safer training.

Q: What skill level can learners reach after completing the platform training?

A: After completing the full training program, learners can develop core skills in industrial robot operation and programming, mechanical disassembly and precision calibration, electrical system fault diagnosis, PLC programming and HMI configuration, industrial Internet data acquisition, and O&M monitoring. The training is aligned with intermediate and advanced occupational skill requirements for industrial robot system operation and maintenance, and also supports preparation for skills competitions such as the BRICS Skills Competition.

Q: Does the platform support secondary development or functional expansion?

A: Yes. The platform supports secondary development. The ROS intelligent mobile robot provides a complete SDK package and ROS interfaces; the industrial gateway supports custom driver development; and the intelligent O&M cloud platform provides standard API interfaces that can connect with enterprise MES and ERP systems. Customized development support may be available according to project requirements.

Q: How many students can use the platform for training at the same time?

A: For the standard configuration, each training workstation is recommended for 2 to 3 students, supporting group training for approximately 10 to 15 learners. The software platform supports concurrent multi-user access, and the number of workstations can be expanded according to the training scale of the institution.