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Product Overview
The Industrial Robot Disassembly, Assembly & Commissioning Training Platform is a practical industrial robotics education solution designed for vocational colleges, technical institutes and automation training laboratories.
Built around a compact six-axis articulated robot and an integrated mechanical training workbench, the platform enables students to explore robot construction, identify internal components and practice disassembly, assembly and commissioning procedures.
The system also supports robot operation, programming, external device control and coordinated debugging. With optional application modules, learners can progress from mechanical fundamentals to practical industrial automation exercises.
Key Highlights
- Six-axis articulated robot for practical robotics education
- 650 mm effective reach and 1 kg maximum payload
- Mechanical disassembly and assembly for hands-on component study
- Robot commissioning and control training with external devices
- Optional gripping, material handling, palletizing and simulated welding exercises
Key Features
Repeated Disassembly & Assembly
The robot is designed for repeated disassembly and
reassembly, allowing students to practise mechanical
operations and identify individual components.
Internal Structure & Component Study
Explore internal mechanical components, their functions
and their positions within each robot axis to develop
maintenance and troubleshooting knowledge.
Robot Programming & Control
Practise robot operation, programming, commissioning
and debugging to develop practical industrial robot
control skills.
External Pneumatic Control
Learn to coordinate robot movements with external
pneumatic cylinders and control components for
practical automation exercises.
Complex Trajectory Programming
Develop advanced robot motion programming skills
through complex movement paths, positioning tasks
and trajectory control exercises.
Technical Specifications
Robot Specifications
| Robot model | B065 |
|---|---|
| Robot type | Lightweight six-axis articulated robot |
| Degrees of freedom | 6 axes |
| Maximum payload | 1 kg |
| Effective reach | 650 mm |
| Repeat positioning accuracy | ±0.5 mm |
| Robot body weight | Approx. 25 kg |
| Mounting methods | Floor or side mounting, subject to supplier confirmation |
| Operating temperature | 0–45°C; confirm with supplier |
| Relative humidity | 20–80%, non-condensing; confirm with supplier |
| Protection rating | Supplier-stated IP45; confirm exact rating |
| Control system | Huacheng industrial control system |
Robot Controller Specifications
| Display resolution | 800 × 600 LCD |
|---|---|
| Touchscreen specification | 14-bit, as listed in supplier documentation; confirm exact specification |
| Processor | ARM-A8, 1 GHz |
| Memory | 512 MB |
| Storage | 2 GB eMMC |
| Programming interface | Chinese-language process programming commands, according to supplier information |
| Program management | Program editing and management |
| Teaching functions | Manual robot teaching |
| Configuration management | Tool and worktable management |
| Data transfer | Parameter import and export via USB |
| System recovery | System image restoration and configuration transfer |
Training Workbench Specifications
| Overall dimensions (L × W × H) | 1400 × 1200 × 1600 mm |
|---|---|
| Frame construction | Assembled sheet-metal structure |
| Work surface | Aluminum profiles and antistatic-covered board |
| Training panel | Acrylic panel with printed robot exploded view |
| Integrated equipment | Robot control system and power equipment, subject to final configuration |
| Application modules | Gripper, simulated welding trajectory, material handling and palletizing, and raw material unit, subject to quotation |
Applications & Target Users
Recommended Training Environments
- Vocational and technical colleges
- Industrial robotics education programs
- Automation and mechatronics departments
- Engineering training centers
- Robotics teaching and research laboratories
- Industrial automation skills development programs
The platform provides a foundation for learning robot mechanics, programming, commissioning and basic automation integration. It can also support progression to more advanced industrial robotics and automation courses.
Frequently Asked Questions
What can students learn with this training platform?
Students can study robot mechanical structure, practice disassembly and assembly, learn robot operation and programming, configure tool and worktable coordinates, and perform external device control and debugging exercises.
What are the robot’s payload and reach?
The supplied specifications list a maximum payload of 1 kg and an effective reach of 650 mm. Repeat positioning accuracy is listed as ±0.5 mm. Please confirm these values against the current datasheet.
Which application modules are available?
The supplier lists a robot gripper, simulated welding trajectory module, material handling and palletizing module, and a raw material unit. Confirm which modules are included in your selected configuration.
What are the overall workbench dimensions?
The previously supplied specification lists overall dimensions of 1400 × 1200 × 1600 mm (length × width × height). Confirm the final dimensions with the supplier before installation planning.
Can we request a customized quotation?
Yes. Contact our team with your teaching objectives, preferred application modules, laboratory requirements and project quantity so we can discuss the appropriate configuration and quotation.
Upgrade Your Robotics Training Laboratory
Looking for a practical robot disassembly, assembly and commissioning training solution for your school or technical institute? Contact our team to discuss your training objectives, equipment configuration and quotation.
