| Specification | Details |
|---|---|
| Product Name | Laboratory Centrifuges DSP-50 |
| Category | Diagnostic & Scientific Products |
| Product Type | Benchtop Laboratory Centrifuge |
| Display | Digital Display |
| Measurement Parameters | Speed and operating time |
| Speed Range | Variable speed control |
| Power Supply | AC Power Supply |
| Construction | Compact benchtop centrifuge with durable metal housing and rotor assembly |
| Application | Separation of blood, serum, plasma, urine, cell suspensions, and laboratory samples |
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Laboratory Centrifuges
The Laboratory Centrifuges DSP-50 are precision laboratory instruments designed for the rapid separation of biological samples based on density using centrifugal force. They are widely used for processing blood, urine, plasma, serum, cell cultures, and other laboratory specimens in clinical, research, and industrial applications. Featuring a digital control system, stable motor performance, and compact benchtop design, these centrifuges provide efficient, reliable, and reproducible sample separation. Suitable for hospitals, diagnostic laboratories, pharmaceutical industries, biotechnology facilities, and research institutions, they support routine laboratory workflows with high operational efficiency.
- High-performance motor ensures efficient sample separation.
- Digital display provides easy monitoring of operating parameters.
- Variable speed control supports different laboratory applications.
- Compact benchtop design saves valuable laboratory space.
- Low-noise operation improves laboratory working conditions.
- Stable rotor system delivers reliable and reproducible results.
- User-friendly controls simplify routine laboratory operation.
- Suitable for clinical diagnostics, research, and quality control applications.
- Suitable for hospitals, diagnostic laboratories, pharmaceutical industries, and research institutions.
- Commonly used for serum, plasma, urine, and cell separation procedures.
- Install the centrifuge on a stable, level laboratory surface.
- Balance sample tubes properly before every operation.
- Clean the rotor chamber regularly according to laboratory maintenance procedures.
- Perform routine inspection and maintenance to ensure safe operation.
- Supports laboratory quality assurance and standardized sample preparation.
