Low Speed Centrifuge – LC-6S/LC-8S/LC-12S

Operation panel
Model	LC-6S	LC-8S	LC-12S	LC-8P (Cosmetic dental centrifuge)
Max speed	500 – 5000 r/min		500-400 r/min	500 – 4000 r/min
Max RCF	3074xg		2220xg	2220xg
Max capacity	6*15ml (centrifuge tube)	8*15ml (centrifuge tube)	12*5/10ml (blood tube)	8*15lml (centrifuge tube)
Speed regulation accuracy	± 30 r/min			Built-in 4 programs CGF:Highly concentrated growth factor fibrin centrifugal manufacturing PRP: Platelet-rich plasma centrifugation APRF:High-grade plasma rich fibrin IPRF:Injectable plasma rich fibrin One key operation
Timing range	10s ~ 99min59s
Noise	≤ 60dB(A)
Voltage	AC220V / 110V – 50Hz 5A
Power	130W
Dimensions	375*320*240 mm(L*W*H)
Weight	5.5kg

Why Choose a Benchtop Centrifuge?

Benchtop low-speed centrifuges are indispensable tools in various research settings, from academic laboratories to pharmaceutical and biotechnological industries. Here are reasons elucidating their essentiality:

1. Sample Preparation: At the heart of any successful experiment is proper sample preparation. Benchtop low-speed centrifuges are commonly used for sedimenting cells, cellular debris, and large organelles, providing a foundational step for numerous downstream applications.
2. High Versatility: These centrifuges are designed to accommodate a variety of rotors, making them versatile enough to handle different types of samples, from blood to microbial cultures, and even environmental samples.
3. Space Efficiency: Their compact design makes them ideal for laboratories with limited space. Despite their small size, they offer reliable performance, ensuring researchers can carry out crucial tasks without the need for larger, floor-standing centrifuges.
4. Safety: Given their critical role in segregating biological samples, it’s crucial that these devices operate safely. Benchtop low-speed centrifuges come with features like imbalance detection and secure locking mechanisms, ensuring that samples are processed without risk.
5. Purity of Samples: When isolating specific components from a sample, the purity of the obtained fraction is paramount. Centrifugation is a physical method of separation, ensuring that the integrity and functionality of the components remain intact.
6. Cost-Effective: For many labs, especially those just starting, budgetary considerations are paramount. Benchtop low-speed centrifuges offer a balance of performance and affordability, making them accessible for a wide range of research institutions.
7. Consistency and Reproducibility: Scientific research hinges on reproducibility. These centrifuges offer consistent performance, ensuring that experiments can be repeated under the same conditions, leading to reliable and repeatable results.
8. Ease of Use: Modern benchtop low-speed centrifuges come with user-friendly interfaces, digital displays, and programmable settings, allowing for precise control over centrifugation conditions.
9. Temperature Control: Some models come equipped with cooling systems, making them ideal for samples that require specific temperature conditions during centrifugation.
10. Enhancing Workflow: Speeding up the sedimentation process of heavier particles allows researchers to more rapidly progress to subsequent steps in their experimental workflow.

In summary, benchtop low-speed centrifuges are not just tools but essential companions in research settings. Their role in ensuring the purity, safety, and efficiency of sample processing makes them invaluable for scientific advancements.