🔬 R&D Development — From Culture Flasks to DASbox
We support early-stage R&D for cultured meat, - fish, and - leather to fast-track your process from concept to scalable reality. Our capabilities span from 2D culture flasks, spinners, and shake systems to fully automated DASbox parallel bioreactors, allowing systematic optimization at every stage.
Our team works with a wide range of animal cell types, including muscle cells, fibroblasts, adipocytes, satellite cells, stem/progenitor cells and cell line from different species. We help you establish robust proliferation workflows, optimize growth media and feeding strategies, and develop reliable differentiation protocols tailored to your final product
Spinner Flasks
Spinner flasks are used at the earliest stages of process development, typically for small-scale cell expansion, media screening, and preliminary optimization of culture conditions. Their simple agitation system allows gentle mixing and good oxygen transfer, making them ideal for evaluating cell growth characteristics before moving to controlled bioreactors. Spinners offer rapid, low-cost experimentation with minimal setup time, enabling teams to compare multiple conditions or clones in parallel and gather early insights into process feasibility.
DASbox
The DASbox mini-bioreactor system provides fully controlled small-scale bioprocessing, bridging the gap between simple flasks and bench bioreactors. Each vessel is equipped with independent control of pH, dissolved oxygen, temperature, agitation, and feeding, allowing precise optimization and high reproducibility. The DASbox is particularly valuable for high-throughput process development, clone selection, and parameter screening, as multiple parallel reactors can be run simultaneously. Its advanced control capabilities make it an ideal platform for generating scalable data before transferring the process to larger bioreactors.
