Benchtop Multiple Bioreactor

VEC-JG-X is a fully automatic, integrated high-throughput multi-parallel glass bioreactor, specifically designed for laboratory-scale parallel and comparative fermentation experiments. With a single all-in-one controller capable of operating multiple glass vessels simultaneously, it significantly enhances experimental efficiency, delivers more intuitive and comparable results, and effectively saves laboratory space, time, and operational costs—making it an essential tool for research institutes, biotech R&D labs, and academic institutions focused on microbial culture, bioprocess optimization, and fermentation parameter screening.

The system supports 2 to 6 glass vessels operating concurrently, with each vessel’s total volume customizable from 1L to 20L, adapting to diverse experimental scales—from small-volume sample testing to medium-scale pilot studies. This flexibility allows researchers to conduct multiple parallel experiments under different conditions in one go, greatly improving research throughput and data reliability.

Each glass vessel adopts a high-quality single-walled design, with the option of electric blankets or stainless steel jackets at the base for stable and precise temperature control—critical for maintaining optimal fermentation conditions and ensuring consistent experimental results. What sets it apart is that each vessel is equipped with independent sensors and 4 dedicated peristaltic pumps, enabling individual and precise control of each fermentation process without mutual interference.

The VEC-JG-X integrates unified control of key fermentation parameters, including temperature, agitation, pH, DO (dissolved oxygen), antifoam, and feeding, ensuring comprehensive and accurate regulation of each parallel experiment. The 10-inch intuitive touchscreen simplifies operation, allowing researchers to set, monitor, and adjust parameters easily, even for complex parallel fermentation protocols.

With its reliable all-in-one controller, the multi-parallel glass bioreactor guarantees stable performance and repeatable results, reducing experimental errors. As a high-efficiency, cost-effective solution, it is widely used in microbial culture, fermentation condition optimization, drug development, and comparative experimental studies, helping labs accelerate R&D progress and improve experimental efficiency.

Strain screening and comparison

Medium formulation optimization

Fermentation process development

Parallel batch and fed-batch culture

Culture condition screening

Growth curve and stability analysis