RCCS-4H Four Station Synchronous 3D Cell Culture System

1、 Core positioning

2、 Core configuration

• Four station synchronous rotating base, stable and adjustable speed

• Specialized power supply and control module

• Standard configuration includes 4 high-pressure sterilization culture containers (HARV/STLV optional)

• Compatible with 1mL-500mL multi specification containers and disposable sterile containers

• Silicone membrane for efficient ventilation, bubble free oxygen supply, and gentle cultivation throughout the process

3、 Core advantages

1. Four station synchronous operation, doubling efficiency

   Complete four parallel/control experiments at once, with consistent conditions and good reproducibility, significantly shortening the experimental period and improving data persuasiveness.

2. Low shear without damage, better cell state

   No stirring, no bubbles, low fluid shear, cells grow in a suspended state close to free fall, and primary cells, stem cells, tumor cells, and fragile tissues have higher survival rates and more stable functions.

3. High fidelity 3D environment, closer to the body

   Stereoscopic growth, uniform oxygen supply, sufficient nutrient exchange, cells are not easily dedifferentiated, and can form three-dimensional clusters, organoids, and tissue models with structures and functions closer to those in the body.

4. Compatible and flexible, adaptable to all scenarios

   Support microcarriers, biological scaffolds, cell spheres, and tissue block culture; Sampling can be done at any time without interrupting the cultivation process; Containers can be reused under high pressure, making long-term use more economical.

5. Mature and stable, with high recognition

   Years of technological iteration and extensive laboratory validation, stable operation, simple maintenance, rich supporting literature, have been selected by many universities, hospitals, and pharmaceutical companies at home and abroad.

4、 Core purpose

• High throughput drug screening, in vitro toxicology, efficacy evaluation, and dose gradient experiments

• Batch tumor balls, organoids, and 3D tissue model construction

• Research on synchronous expansion and differentiation of stem cells, primary cells, and immune cells

• Multiple parallel controls, process optimization, and condition exploration

• Tissue engineering, regenerative medicine, virus host interaction, long-term in vitro maintenance of tissues

• Vaccine research and development, preparation of biological products, high-density cell culture

5、 Applicable scenarios

• Universities/Research Institutes: Basic and Applied Research in Cell Biology, Oncology, Stem Cells, and Tissue Engineering

• Pharmaceutical companies/CROs: New drug screening, safety evaluation, biopharmaceutical and vaccine development

• Hospital/Clinical Laboratory: Organoid Drug Sensitivity, Individualized Treatment, Tissue Repair Research

• Biological laboratory: batch cell culture, process scaling up, and parallel testing of diverse samples

• Disease Control/Biosafety: Research on Three Dimensional Models and Infection Mechanisms of Highly Pathogenic Viruses