The microgravity three-dimensional cell culture technology is changing the paradigm of cell research. The Koyu Xingye BioSpaceX-3D system provides researchers with a cultivation solution that is closer to the real physiological environment in the body through innovative design. Its core advantages are reflected in the following aspects:

Technological breakthrough in accurately simulating physiological microenvironment

The system adopts a unique three-dimensional rotation design of the whole machine to achieve a low shear force suspension culture system. This design can effectively weaken the cell settling effect and fluid shear force caused by gravity, keeping cells in a free floating state, especially suitable for cell types such as nerve cells and stem cells that are sensitive to mechanical stimulation. The system supports multi gravity gradient control from 10 ⁻ G microgravity to 3G supergravity. Through real-time gravity monitoring and numerical display in X, Y, and Z axes, it can accurately match the gravity requirements of different cell cultures.

Significant improvement in cell culture efficiency

Breaking through the limitations of traditional two-dimensional culture, the system promotes the formation of uniform aggregates with a diameter of 80-150 μ m. Stem cells can form tissue like spheroids, while epithelial cells can construct polar intact villous or tubular structures. Experimental data shows that after 7 days of stem cell culture, the viability rate is ≥ 95%, and the expression levels of multipotent markers Oct4 and Sox2 are increased by more than 30% compared to traditional culture. In tumor research, the cultured tumor cell aggregates have no necrotic areas inside, and their invasive phenotype is highly consistent with the tumor microenvironment in vivo.

Multi functional research adaptation platform

The system integrates HEPA H14 air filtration and UV-C sterilization system, forming a positive pressure clean culture chamber that can remove 99.995% of microbial and particulate pollutants. Its bubble free gas exchange design ensures sterile stability for long-term cultivation. The system supports stable cultivation for several weeks, solving the difficulty of maintaining long-term biological observation in traditional cultivation. The integrated operation interface and automated calibration function equipped are compatible with multiple carriers such as well plates and culture dishes, significantly reducing the complexity of experimental operations.

Promote the in-depth development of cellular function research

This system enables cells to maintain gene expression profiles and drug response characteristics closer to those in the body. In the field of drug development, this system can improve the accuracy of drug efficacy evaluation by 30%. Whether it is directed differentiation of stem cells, research on tumor mechanisms, or tissue engineering applications, microgravity 3D culture systems provide researchers with a research platform that is closer to the real situation in vivo, and are driving life science research into a new era.