Product description
This training platform uses a six-axis industrial robot as its core. Around the operating platform are various training modules for different technological applications, including geometric trajectory simulation, material handling and palletizing, sorting, and polishing—the most typical applications of industrial robots. It not only meets the teaching needs of vocational school students in different majors regarding the operation and programming of industrial robots, but its entirely industrial application-based features also make it suitable as a platform for vocational skills competitions.
 
Technical Parameters
1) Standard Six-Axis Robot Configuration: Qianjiang Robot QJR8-700 6-DOF Industrial Robot
2) Dimensions: L1400mm×W1200mm×H1600mm
3) Power Supply: 220V±5% 50HZ
4) Safety Protection: Leakage protection, overcurrent protection, short circuit protection
5) Ambient Temperature: -10～50℃
6) Relative Humidity: ≤85%
7) Weight: Approximately 130kg
 
Configuration and functions
No.
Name
Main parameters
1
Industrial Robots
Robot body: Qianjiang Robot QJR8-700, 6 axes, maximum working radius: 744mm, load capacity: 8kg
2
Main Frame
1400×1200×750mmAluminum profiles are used for construction, and the sheet metal surface is powder coated.
3
Palletizing and Handling Module
It consists of a palletizing platform and is constructed using aluminum profiles.
4
Polishing and Grinding Module
It can simulate common grinding processes in factories, such as grinding wheels.     
5
Assembly and Pin Insertion Practice Module
Simulation of putting fine materials into a small hole
6
Conveyor Line Module
To achieve integration with automated material handling and warehousing equipment, enabling automated material handling and warehousing.
7
Human-Machine Interface and Control
One Mitsubishi PLC (3U-48M) main control unit + 7-inch touch screen
8
Writing Module
Simulate human handwriting
9
Trajectory Simulation Module
Simulate specific curvilinear motion
10
Robot Fixture Module
It enables functions such as material picking and TCP trajectory operation.
 
Training courses
1. Applications of Industrial Robots;
2. Electrical Design and Application of PLCs;
3. Technology and Application of Motors and Sensors;
4. Application of Pneumatic Technology;
5. Basic Control and Settings of Touch Screens;
6. Installation and Wiring of Industrial Robot Body and Controller; Industrial Robot Initialization and Parameter Restoration;
7. Wiring for Industrial Robot Palletizing Applications;
8. Selection and Design of Industrial Robot Application Fixtures; Programming and Debugging of Industrial Robot Palletizing Applications;
9. Electrical Connection and Debugging Technology of Industrial Robot Peripheral Units;
10. Electrical Connection and Debugging of Data Exchange between the Whole System and Monitoring System;
11. Programming, Debugging, and Application of Industrial Robots;
12. Debugging of Industrial Robot Drawing Operation Module System;
13. Debugging of Industrial Robot Simulated Warehouse Inbound/Outbound System;
14. Debugging of Industrial Robot Workpiece Assembly Module System;
15. Combination and Programming Application of Multi-Module Systems of Industrial Robots:
1) Handling and Palletizing Module;
2) Polishing and Grinding Module;
3) Assembly Pin Insertion Practice Module;
4) Conveyor Line Module;
5) Writing Module;
6) Trajectory Simulation Module;
7) Robot Fixture Module;

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