| Specification | Details |
|---|---|
| Product Name | Microprocessor Flame DSP-51 |
| Category | Diagnostic & Scientific Products |
| Product Type | Microprocessor Flame Photometer |
| Display | Color Touchscreen Display |
| Measurement Parameters | Sodium (Na), Potassium (K), Lithium (Li), Calcium (Ca), and other flame emission elements |
| Measurement Range | Suitable for routine flame emission analysis |
| Accuracy | High analytical accuracy with excellent reproducibility |
| Power Supply | AC Power Supply |
| Construction | Compact benchtop instrument with integrated microprocessor control and optical measurement system |
| Application | Clinical diagnostics, pharmaceutical analysis, water testing, agricultural analysis, and research laboratories |
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Microprocessor Flame Photometer
The Microprocessor Flame DSP-51 is a high-performance flame photometer designed for the rapid and accurate determination of alkali and alkaline earth metal elements in liquid samples. Equipped with an advanced microprocessor control system, digital touchscreen interface, and precision optical detection technology, the instrument delivers reliable and reproducible analytical results. It is widely used for measuring elements such as sodium, potassium, lithium, and calcium in clinical, pharmaceutical, agricultural, environmental, and industrial laboratories. Its compact benchtop design, user-friendly operation, and stable analytical performance make it an ideal solution for routine laboratory testing and quality control applications.
- Advanced microprocessor technology ensures precise analytical performance.
- Color touchscreen display enables intuitive operation and result monitoring.
- Rapid analysis of multiple elements using flame emission technology.
- High measurement stability provides reliable and reproducible results.
- User-friendly interface simplifies routine laboratory operation.
- Compact benchtop design optimizes laboratory workspace.
- Low maintenance system supports continuous laboratory operation.
- Suitable for clinical, industrial, and research applications.
- Ideal for hospitals, diagnostic laboratories, pharmaceutical industries, and research institutions.
- Commonly used for electrolyte analysis, water quality testing, and agricultural research.
- Install the instrument on a stable, well-ventilated laboratory bench.
- Perform routine calibration using certified standard solutions.
- Clean the burner and sample aspiration system regularly for consistent performance.
- Use compatible laboratory-grade reagents and gases as recommended.
- Supports laboratory quality assurance and standardized analytical procedures.
