Decanting low speed centrifuge LB-12DLC
Decanting low speed centrifuge LB-12DLC is a microcomputer controlled unit with nine ascending and descending rate selection modes. It is available in chest and upright type. It consists of an LCD display and the safety and reliability of the unit increases due to its double lock rod design doors with magnetic locks. The parameters can be changed anytime during the operation without any downtime.
$ 8275
Download CatalogSpecifications
| Type | Chest |
| Max speed | 4000 rpm |
| Max RCF | 3184 x g |
| Rotor capacity | 148 x Vacuum blood tubes |
| Speed accuracy | ± 10 rpm |
| Noise | ≤ 55 dB |
| Time range (hh : mm :ss) | 1 ̴ 99 : 99 :59 |
| Power | AC 220 V , 50 Hz |
| Dimensions | 580 x 740 x 520 mm |
| Weight | 90 kgs |
Features
- Microcomputer controlled system
- AC frequency conversion motor drive
- Offers nine ascending and descending rate selection mode
- Offers ten different kinds of working mode selection
- Speed/ centrifugal force can be set and double synchronous display screen
- Door with double lock rod design, magnetic locks and electric door
- Unique design of air exhaust temperature and low noise
Applications
Used in waste water treatment, oil industries, chemical industries and food processing industries.Frequently asked questions For
1. What are decanting low speed centrifuges?
Decanting low-speed centrifuges separate liquid-solid mixtures at low speeds to preserve sample integrity. They are ideal for blood plasma separation, cellular component isolation, and solution clarification in clinical and research laboratories.
2. What are the main applications of decanting low-speed centrifuges?
These centrifuges are widely used in research, clinical, and industrial labs for tasks such as isolating cellular components from culture media, separating precipitates from solutions, or isolating blood cells from plasma.
3. What are the key benefits of using decanting low-speed centrifuges?
Low-speed centrifuges preserve delicate particles better than high-speed ones, making them ideal for sensitive tasks such as blood cell separations and solution clarifications.
4. How do I prevent sample contamination during centrifugation?
To avoid contamination, always use clean, sterilized equipment, ensure proper sealing of sample containers, and regularly clean the centrifuge after each use.
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