| Parameter | Specification |
| Model | QG-60Z |
| Product Type | Automatic Metal Sample Cutting Machine |
| Application | Metallurgical sample preparation |
| Cutting Method | Automatic feeding and segmented cutting |
| Cutting Blade | Metal alloy cutting blade |
| Operation Method | Touch screen control |
| Sample Feeding | High-precision automatic manipulator |
| Working Chamber | Fully enclosed structure |
| Observation Method | Grid transparent viewing window |
| Sample Fixing | Special integrated clamping system |
| Cooling System | Integrated cooling system |
| Safety Function | Loading door interlock protection |
| Electrical System | Integrated electrical cabinet |
| Application Instruments | OES, XRF, carbon sulfur analyzer, oxygen nitrogen analyzer |
| Sample Type | Metal alloys, steel samples |
| Industry | Application |
| Steel Industry | Steel composition analysis sample preparation |
| Metallurgical Plants | Rapid analysis laboratory preparation |
| Foundries | Metal alloy inspection |
| Material Testing Laboratories | Physical and chemical sample preparation |
| Research Institutes | Metal material research |
| Quality Control Laboratories | Routine sample cutting before analysis |
| Spectroscopy Laboratories | OES and XRF sample preparation |
| Feature | QG-60Z Automatic Cutting Machine | Traditional Manual Cutting |
| Operation Mode | Automatic feeding and cutting | Manual operation |
| Sample Positioning | High precision positioning | Operator dependent |
| Cutting Quality | Stable and consistent | Variable results |
| Sample Heating | Cooling system prevents overheating | Higher overheating risk |
| Safety | Fully enclosed chamber and interlock | More operator exposure |
| Efficiency | High throughput | Lower efficiency |
| Labor Requirement | Reduced manual workload | High labor intensity |
| Application | Professional metallurgical analysis | General cutting applications |