The microplate centrifuge, with its high flux, precise control, and strong adaptability, has become a core tool in drug discovery and genomics research, significantly improving experimental efficiency and data reliability.

In the field of drug discovery, microplate centrifuges accelerate the drug screening process by supporting high-throughput sample processing such as 384 well plates. For example, in compound library management, centrifuges can quickly mix and freeze stored compounds, avoiding crystallization or precipitation and ensuring sample uniformity; In cell sedimentation experiments, suspended cells (such as HEK293 and CHO cells) in microplates are efficiently collected using a centrifugal force of ≥ 2000 × g, providing high-quality samples for subsequent liquid exchange or lysis. In addition, its low-temperature centrifugation function (such as 4 ℃ refrigeration) can protect the activity of temperature sensitive samples (such as proteins and live cells), avoid denaturation, and meet the strict requirements for sample integrity in drug development.

In genomics research, the microplate centrifuge optimizes the DNA/RNA extraction and purification process by precisely controlling the centrifugal force (such as 1000-2000 × g) and time. For example, in the magnetic bead method of nucleic acid extraction, the centrifuge can quickly settle the magnetic beads or silica gel membrane in the adsorption column, improving the efficiency of nucleic acid recovery; In the pre-treatment of PCR, bubbles in the well are removed by centrifugation to ensure that the reaction solution is concentrated at the bottom of the well, avoiding uneven thermal cycling and improving the amplification success rate. In addition, it supports the design of multi specification microplates such as 96 well plates and PCR plates, which can be used directly without adapters, simplifying the experimental process and reducing the risk of sample contamination. It provides a standardized and automated sample processing solution for research such as gene sequencing and gene expression analysis.