MPB4-500 parallel bioreactor Introduction: The MPB series parallel bioreactor was jointly launched by Xinzhi Biotechnology and the East China Science and Technology Entrepreneurship Team. The core R&D personnel have graduated from East China University of Science and Technology, Shanghai Academy of Biotechnology, Chinese Academy of Sciences, Zhejiang University, and other universities. They have long engaged in fermentation process research and have rich experience in reactor design. The innovative AFDP chip module of the product can achieve high-speed parallel transmission and control of data, ensuring high consistency of parameters within each reactor. At the same time, the system has scalability, which can be extended from a single bioreactor system to multiple bioreactor systems. The system also includes a series of well-designed desktop modules and intuitive software control modules, which are extremely convenient. characteristic: 1. Compact and integrated design, saving laboratory space; Maintain consistency with the production tank in terms of structure, flow field characteristics, and control methods, facilitating later amplification. 2. Integrated design, clear functional zoning for plug and play, easy to learn, easy to use, and easy to operate, with clear identification, and foolproof design. Independent control, with 41 hardware measurement and control parameters and 192 software parameters for each tank. The structure is consistent with the production tank, making it easy to zoom in. 4. Arbitrarily expanding multiple devices to form a high-throughput fermentation platform; Grouping of fermentation tanks across equipment rooms; Parallelism across devices. Technical parameters: Model: MPB4-500 Overall size: 800 * 730 * 780 mm Weight: 60 KG Number of fermentation tanks: 1 set Tank size: total volume 500mL, specification: Φ 85 * 133mm, working volume 70% Tank cover interface: equipped with pH, DO, temperature, stirring, ventilation, sampling, tail gas cooling devices, defoaming, four-channel feeding ports, puncture and roller inoculation ports, etc. The tank body is made of high borosilicate glass Mixing control: high-precision DC motor, 100-1200 rpm, control accuracy: ± 1 rpm Mixing paddle structure: 2-layer 6-blade straight blade turbine paddle, adjustable position; Shaft seal: shaft seal seal, tank pressure maintaining test 0.05Mpa Ventilation control: detected by rotameter, with ventilation range of 0.1-1.5 L/min, and ventilation control accuracy of ± 5% Tank pressure control range: 0-0.05 Mpa Peristaltic pump system: A single fermentation tank corresponds to four feeding routes, with rotational speed adjustable independently, 0-290rpm continuously adjustable, and the function of each pump can be set independently: it can be used as an acid pump, alkali pump, feeding pump, and defoaming pump. Flow range: 0-30ml/min, minimum accuracy: 0.0025ml Temperature control: using semiconductor heating and cooling, temperature control range: 20~50 ℃, temperature accuracy display: ± 0.2 ℃ PH control: One-button calibration, selectable for one-way or two-way control Display range: 0-14 Control range: 2-12 Control accuracy: ± 0.02 DO control: one button calibration, control range: 0-150% Can be controlled in association with mixing speed and feeding Defoaming control: automatic control with defoaming peristaltic pump Software system: process control, parameter analysis Process time-sharing control: Changeable and traceable during the implementation of time-sharing schemes Hardware control system: signal acquisition, core control logic, peripheral drive, protocol conversion, and other functions
Introduction: The MPB series parallel bioreactor was jointly launched by Xinzhi Biotechnology and the East China Science and Technology Entrepreneurship Team. The core R&D personnel have graduated from East China University of Science and Technology, Shanghai Academy of Biotechnology, Chinese Academy of Sciences, Zhejiang University, and other universities. They have long engaged in fermentation process research and have rich experience in reactor design. The innovative AFDP chip module of the product can achieve high-speed parallel transmission and control of data, ensuring high consistency of parameters within each reactor. At the same time, the system has scalability, which can be extended from a single bioreactor system to multiple bioreactor systems. The system also includes a series of well-designed desktop modules and intuitive software control modules, which are extremely convenient.
