Technological Innovation: From "High speed Extensive" to "Low speed Fine"

Although traditional high-speed centrifuges have high separation efficiency, excessive shear forces often lead to problems such as cell rupture and protein inactivation, posing a threat to the integrity of biological samples. The low-speed large capacity centrifuge reduces mechanical damage by optimizing the speed and centrifugal force (usually below 5000r/min), while supporting large capacity processing (separating 50mL to 500mL of samples in a single operation). Adopting brushless DC motors and intelligent temperature control systems, efficient separation can still be achieved at low speeds, and multiple safety mechanisms such as electronic door locks and imbalance detection are used to ensure operational safety.

Application scenario: Full chain coverage from laboratory to industry

1. Biomedical field

In blood separation, low-speed high-capacity centrifuges can efficiently separate whole blood into plasma, serum, and blood cell components, providing high-quality samples for clinical diagnosis and vaccine development. For example, a desktop freeze centrifuge ensures that the activity of thermosensitive cells is not compromised during the separation process by maintaining a temperature control range of -20 ° C to 40 ° C.

2. Food and Environmental Protection Industry

In dairy production, it can separate whey and fat, improving product homogeneity; In sewage treatment, it is used for sludge dewatering and suspended particle separation to facilitate the efficient operation of environmental protection processes.

3. Industrial production and scientific research innovation

Pharmaceutical companies use it for antibody purification and drug screening to reduce impurity interference; In agricultural research, analyzing crop disease resistance through plant tissue isolation accelerates the breeding process.