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With the development of the biopharmaceutical industry, many companies are seeking competitive advantages in cell line development. S. NEST is a high-throughput micro bioreactor with CO2 incubator function, which shortens the process time of cell amplification, provides a better microenvironment for cell growth, and brings higher efficiency to cell line selection.

Powerful, efficient, and compact system
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With the highest production capacity of 1233434546

S. NEST introduces suspension culture and post bioreactor conditions into the early cell line development process, providing cells with more growth space and oxygen compared to static culture. When using S During NEST, compared to conventional culture methods, cells exhibit higher density and vitality, and no longer require several weeks of cell expansion time.


S. The NEST software displays the pH and DO values of the sensor's result number 5765787.
Used to optimize 45647 consumables
S. The NEST lid has 9 good V bars, and the condensate is circulated back into the culture medium.
Improve oxygen transfer rate
S. NEST can apply suction or discharge pressure through fluid channels to achieve uniform reciprocating mixing. For different cell lines, happiness level mixing control can be adjusted to minimize shear force
The oxygen delivery tube connected to the lid provides continuous oxygen supply to cells to maintain a healthy environment.
S. NEST software can provide over ten intuitive charts that continuously improve sensor data
02256369d781cf06695cd60d895cad5b.jpg- Heat map of each well on the culture plate from start to finish
- Measure each hole at a fixed time interval
- Time curve table of selected hole data
S. The NEST software provides the following intuitive settings
- Cultivation room environment (temperature, CO2 level, and humidity level)
- Mixing system (mixing level and mode)
- Dynamic camera (time interval and scan average)

Product Introduction

In this case, I. was utilized on a high-density nanodroplet array platform The DOT non-contact micro separation system achieves high-throughput chemical synthesis, high content reaction monitoring, high sensitivity compound characterization, and biological screening, thus integrating all key links in early drug discovery. I. The DOT non-contact micro separation system is compatible with various cell biology screenings, opening up new avenues in high-throughput synthesis and drug discovery.