Stainless Steel Plant Cell Fermentor

The VEC-JSG serves as a professional illuminated stainless steel bioreactor tailored exclusively for plant cell cultivation. Engineered with built-in internal lighting layout, it delivers even and stable light irradiation to simulate natural growth conditions, perfectly accommodating the photosynthetic and metabolic requirements of plant cell proliferation and secondary metabolite accumulation.

Available with flexible volume customization from 5 L up to 100,000 L, the unit easily adapts to laboratory exploration, pilot trials and industrial scale-up production workflows. The entire tank adopts premium SUS316L stainless steel fabrication with inner surface roughness controlled within Ra ≤ 0.4 μm, greatly reducing adhesion risk and microbial contamination, and fully complying with bioprocess hygiene standards.

It provides flexible stirring configuration with optional mechanical or magnetic driving modes, matched with replaceable impeller designs to lower shear force and protect fragile plant cell tissues. An integrated intelligent control unit ensures highly stable regulation of temperature, stirring speed, pH, DO, defoaming and feeding procedures. Operated via a 10-inch intuitive touchscreen, the system simplifies daily parameter setting and running monitoring.

Large-volume versions support standard CIP cleaning connection, enabling fast, thorough sanitation and lowering manual maintenance workload. Overall, the VEC-JSG is a reliable, scalable illuminated fermenter ideal for plant cell culture research, strain domestication and bioactive substance development.

• Plant cell suspension culture and high-density proliferation for laboratory research and pilot-scale production.

• Biosynthesis and large-scale production of plant secondary metabolites (flavonoids, polyphenols, alkaloids, etc.).

• Breeding, domestication and high-density cultivation of rare medicinal plant cells and endangered plant germplasm.

• Research on plant cell metabolism regulation and physiological mechanism exploration (photosynthesis, secondary metabolite synthesis).

• Industrialization development of plant-derived bioactive ingredients (for pharmaceuticals, health products, cosmetics).