| Specification | Details |
|---|---|
| Product Name | Digital Flame Photometer DSP-55 |
| Category | Diagnostic & Scientific Products |
| Product Type | Digital Flame Photometer |
| Display | Digital 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 reproducible results |
| Power Supply | AC Power Supply |
| Construction | Microprocessor-controlled benchtop analytical instrument |
| Application | Clinical diagnostics, water analysis, pharmaceutical testing, research, and quality control |
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Digital Flame Photometer
The Digital Flame Photometer DSP-55 is a precision analytical instrument designed for the quantitative determination of alkali and alkaline earth metal elements in liquid samples. Utilizing flame emission technology, it provides rapid and accurate measurement of elements such as sodium, potassium, lithium, and calcium for clinical, pharmaceutical, environmental, and industrial applications. Equipped with a digital display and microprocessor-based controls, the instrument ensures reliable performance, easy operation, and reproducible results. Widely used in hospitals, research laboratories, educational institutions, water testing laboratories, and quality control departments, it enhances laboratory efficiency and analytical accuracy.
- Microprocessor-controlled system ensures accurate analytical performance.
- Digital display provides clear and easy result monitoring.
- Measures multiple elements using flame emission technology.
- Delivers fast and reliable analytical results.
- User-friendly interface simplifies laboratory operation.
- Stable flame system improves measurement consistency.
- Compact benchtop design saves laboratory space.
- Suitable for routine laboratory and research applications.
- Ideal for clinical laboratories, pharmaceutical industries, research institutes, and educational laboratories.
- Commonly used for electrolyte analysis, water testing, and quality control applications.
- Install the instrument on a stable, well-ventilated laboratory bench.
- Perform routine calibration using appropriate standard solutions.
- Clean the burner and sample aspiration system regularly for optimal performance.
- Use compatible reagents and laboratory-grade gases as recommended.
- Supports laboratory quality assurance and analytical validation procedures.
