The 3-5W is a compact yet powerful clinical centrifuge specifically designed for blood separation, plasma preparation, PRP processing, serum analysis, and routine laboratory applications. Engineered for hospitals, diagnostic laboratories, research institutes, blood collection centers, universities, and government procurement projects, this benchtop centrifuge combines stable operation, low vibration, and reliable sample separation performance in a compact footprint.
This medical centrifuge is a conventional instrument used for centrifugal precipitation in radioimmunology, biochemistry, pharmaceutical, and medical applications. The instrument features AC frequency conversion motor drive, LCD display for speed and time, microprocessor-controlled electrical system, and touch panel control for easy operation.
| Parameter | Specification | Parameter | Specification |
|---|---|---|---|
| Maximum speed | 5000r/min | Electricity | AC220±22V 50Hz 10A |
| Maximum centrifugal force | 3437*g | Total power | 100W |
| Maximum capacity | 16x15ml+4x50ml | Timing range | 1s～99min59s |
| Noise of the whole machine | ≤60dB(A) | Rotational speed accuracy | ±10rpm/min |
| Dimensions | 460*400*270mm | Drive motors | Brushless DC motor |
| Net weight | 25kg |
| Serial number | Capacity | Maximum speed | Maximum relative centrifugal force |
|---|---|---|---|
| 1 | 12*10ml | 4000rpm | 1880*g |
| 2 | 24*10ml | 4000rpm | 2250*g |
| 3 | 12*10/15ml | 4000rpm | 2250*g |
| 4 | 6*50ml | 4000rpm | 2250*g |
| 5 | 8*15ml | 4000rpm | 1880*g |
| 6 | 4*50ml + 16*15ml horizontal disc rotors | 4000rpm | 2810*g |
| 7 | 8/16*10/15ml Horizontal disc rotors | 4000rpm | 2200*g |
| 8 | 24*5ml Horizontal disc rotors | 4000rpm | 2200*g |
| 9 | Cell smear rotors | 4000rpm | 2170*g |
Compared with traditional low-speed clinical centrifuges, swing-out rotor blood centrifuges provide more stable sample layering and cleaner plasma separation, making them highly suitable for PRP and plasma preparation applications. Industry references show that 8*15ml and 15ml/50ml compatible clinical centrifuges remain the preferred configuration for routine blood and serum separation worldwide.
This model is especially attractive for:
