The DOE.Biocell™ multi-reactor system can control four or more sub-reactors in parallel to meet cell culture needs through multi-parameter linkage technology. The linkage controller is modular in design and can be flexibly configured according to different experimental requirements. With this system, each tank can independently control agitation, pH, level, DO (including customized cascade control). Adjustable-speed peristaltic pump to meet the precise control of the replenishment volume, to achieve batch, flow plus, continuous and perfusion culture mode. For the configuration of the flow meter can also control the gas mixture flow of multiple tanks at the same time.
*hardware modularity：
Supports modularization of four and more detection and control units, such as sensor module (pH+DO), precision micro pump module, high flow pump module, stirring and temperature control module, and gas control module;
Each module adopts the input and output of the same signal, effectively preventing the interference of other signal sources. Being able to separate strong and weak power, for example, can ensure the accuracy of the sensor.
*Operational synchronization：
All software parameters can be both calibrated and set at the same time with one key, as well as individually calibrated and set and controlled;
All control parameters can be set and controlled at the same time, as well as individually set and started and stopped;
Cultivation process synchronization, that is, according to the process step by step operation and control to ensure that all tanks are consistent;
All peristaltic pump replenishment pipeline automation CIP at the same time;
Flexible and variable number of culture, you can choose any number of tanks, according to the preset program execution.
*Various control methods：
Diversified control methods for each control parameter, i.e. constant, coupled, functional, programmable, etc., can be selected：
*Constant control mode, capable of performing according to preset stages and parameters;
*Coupling control mode, capable of simultaneous coupling, sequential coupling and cross coupling;
*Functionalized control mode, i.e. any controllable parameter can be functionalized by other variable;
*Advanced programming control, i.e. the highest level of uniform control is achieved through sophisticated programming.
（Production characteristics）
✔Compact footprint ✔easy get started
✔Save time at work ✔Operate without worry
Pressure-resistant tanks | ||||
canister | M-4 | M-8 | M-16 | M-32 |
Individual reactor sizes available | 3L、5L、14L、35L | |||
materials | Borosilicate glass | |||
temperature control | ||||
Heating form | Electric blanket (for 35L and below)/temperature control jacket | |||
Temperature control method | PID, temperature regulation under the action of the electric blanket and the temperature control jacket | |||
Temperature control accuracy | Display accuracy: 0.1°C, control accuracy: ±0.1°C | |||
Temperature control range | 27 ~ 40℃ | |||
Mixing systems | ||||
stirring power | Mechanical drive/magnetic stirring, servo motor, PID control | |||
control accuracy | digital display，±1rpm | |||
Mixing speed | 10~200 rpm | |||
slurry | Spiral/Inclined Blade/Paddle/Turbine/Propulsion, etc. | |||
Monitoring Probes | ||||
pH | Mettler/Hamilton, 0-12, PID control, accuracy: ±0.01 | |||
pH control method | PID, done under the control of an acid/base peristaltic pump or CO₂ mass flow meter | |||
DO | METTLER/HAMILTON, 0-200%, PID control, accuracy: ± 1% | |||
temp | Pt100, PID control, digital display, ±0.1°C | |||
Charging system (customizable) | ||||
peristaltic pump | PID interlock control | |||
Operation and Function Expansion | ||||
Sterilization method | Autoclave offline sterilization (35L and below) | |||
training program | PLC system, parallel control | |||
Amplification Unit | Tail gas CO₂/O₂ analyzer; In-line turbidity sensors; Charge weighing module; Water-cooled cooling module; ORP, foam, liquid level, light and other online detection, etc. | |||
ordering number：0512-588801888
Inquiry Email：womeishengwu@szwmbio.com
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