The BioF-IV High-Throughput Plant Bioreactor represents the pinnacle of innovation in plant tissue culture and micropropagation technology.

Product Structure and Components

• High-Throughput Plant Bioreactor Composition:The bioreactor is composed of tank assemblies, series/parallel connection components, gas exchange and power control units, and inoculation accessories.

• Enhanced Cultivation Capacity:By configuring the reactor tanks in series or parallel, the cultivation capacity of the plant bioreactor can be significantly increased, allowing for higher processing throughput.

• Integrated Design: The system features a holistic design with complete supporting components, ensuring ease of operation, effective contamination prevention, and improved inoculation efficiency.

Product Advantages

• High Throughput: Dozens or even hundreds of plantlets can be cultivated within a single reactor vessel, significantly increasing the quantity compared to traditional tissue culture bottles.

• Simplified Process: The entire life cycle or extended cultivation can be achieved without the need for multiple transfers, without affecting tissue development or plant growth.

• High Efficiency: Timely exchange of culture medium and gas ensures the supply of nutrients and CO2, enhancing growth efficiency.

• Cost Reduction: Saves a significant amount of materials, simplifies the inoculation process, and improves automation levels, thereby reducing labor costs.

• High Quality: Intermittent immersion cultivation reduces vitrification, resulting in high-quality seedlings and somatic embryos with high transplantation survival rates.

• Wide Applications: Suitable for plant virus elimination, seedling propagation, breeding research, bioproduction, germplasm resource conservation, genetic transformation, and other fields.