This blood centrifuge features an advanced microprocessor control system and a user-friendly LED display with touch panel operation. It supports automatic parameter switching, simplifying the centrifugation workflow. With precise speed and RCF control, the centrifuge machine is suitable for use in radioimmunoassays, biopharmaceutical applications, and the purification of blood products.
Smart Control and Efficient Operation
Safety and Durability Focused Design
Centrifuges are widely used across key fields. In life sciences, they enable precise separation of cells and organelles, supporting protein and nucleic acid purification. In academic research, they're essential for molecular separation in biochemistry, DNA/RNA extraction, and chromosome isolation. In healthcare, centrifuges assist in blood component separation for clinical testing, pathogen isolation for diagnostics, and blood product preparation. In biopharmaceuticals, they play a vital role in drug development, vaccine production, and ensuring product quality and safety.
Model | SISCO-C-KL01A |
Max Speed | 4000 rpm |
Max Relative Centrifugal Force (RCF) | 2180×g |
Max Capacity | 120 ml |
Speed Accuracy | ±20 r/min |
Timer Range | 1s~999min/999sec |
Power Supply | AC 220V/50Hz, 5A |
Power | 115W |
Noise Level | ≤60 dB |
Dimensions (L×W×H) | 350×420×270 (mm) |
Net Weight | 18 kg |
Instrument Model | Rotor Number | Rotor Type | Rotor Capacity | Max Speed (r/min) | Max RCF (×g) | Dimension of Tube(mm) |
SISCO-C-KL01A | NO.39 | Specialized Rotor | 12×10 ml | 4000 | 2180×g | Φ16×81 |
NO.41 | Specialized Rotor | 12×7 ml | 4000 | 1690×g | SERO Rotor | |
NO.86 | Specialized Rotor | 12×(0.25-1) ml | 4000 | 1740×g | Gel Card |
Q1: What is a blood serum centrifuge used for?
A1: A blood centrifuge is specifically designed for clinical applications such as ABO blood grouping, Rh typing, cross-matching, red blood cell (RBC) washing, and gel card agglutination testing. It ensures precise separation of blood components, helping laboratories achieve fast and reliable diagnostic results.
Q2: How is a serum centrifuge different from a standard laboratory centrifuge?
A2: Unlike general-purpose centrifuges, a blood serum centrifuge offers optimized speed control, low heat generation, and customizable programs for handling sensitive blood samples. These features are essential for maintaining sample integrity during crossmatching, immunohematology assays, and other routine blood tests.
Q3: Can this centrifuge be used for gel card centrifugation?
A3: Yes. Many serological centrifuge models are compatible with gel card systems used in immunohematology. By using a dedicated gel card rotor, the centrifuge machine provides uniform and stable separation, making it ideal for gel column agglutination testing in blood banks and transfusion laboratories.
Tips: How should you pre-condition samples for optimal gel card performance?
Always pre-condition the centrifuge rotor and blood samples to room temperature before starting a test, especially for gel card or crossmatch procedures. This reduces temperature gradients that could affect cell behavior, ensuring accurate and reproducible separation results in blood typing and serum analysis.
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