Параллельная система биореактора лабораторное ферментирующее устройство для ферментации растяжения настольный
- Категория: Reactors >>>
- Поставщик: NINGBO,DSCIENTZ,TECHNOLOGY,CO.,LTD
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Описание и отзывы
Трекер стоимости
| Месяц | Минимальная цена | Макс. стоимость |
|---|---|---|
| Sep-15-2025 | 95200.73 $* | 99960.21 $* |
| Aug-15-2025 | 94400.85 $* | 99120.80 $* |
| Jul-15-2025 | 79200.60 $* | 83160.49 $* |
| Jun-15-2025 | 92800.7 $* | 97440.22 $* |
| May-15-2025 | 80800.17 $* | 84840.77 $* |
| Apr-15-2025 | 91200.20 $* | 95760.61 $* |
| Mar-15-2025 | 90400.73 $* | 94920.51 $* |
| Feb-15-2025 | 89600.71 $* | 94080.96 $* |
| Jan-15-2025 | 88800.41 $* | 93240.23 $* |
Характеристики
Product Description
Bioreactors are commonly referred to as fermenters when used for culturing microbial cells, and often directly as bioreactors, or cellular bioreactors, when used for culturing animal or plant cells.
MPB series parallel bioreactor R&D team comes from Shanghai Academy of Biological Sciences of Chinese Academy of Sciences, East China University of Science and Technology and Zhejiang University, with rich experience in bioreactor R&D. It is designed for process characterization and optimization of biodigestion processes.
The product can help the experimenter to efficiently evaluate the impact of different culture strains and process parameters, quickly determine the best process parameters, and guide the subsequent industrial scale-up process, which can be applied to fermentation process optimization, high throughput strain screening, culture medium It can be applied to fermentation process optimization, high-throughput strain screening, medium screening and evaluation, etc.
The product's original AFDP chip module enables high-speed parallel data transmission and control, ensuring high consistency of parameters in each reactor. At the same time, the system is scalable and can be expanded from a single bioreactor system to multiple bioreactor systems. The system is scalable from a single bioreactor system to multiple bioreactor systems. The system also includes a series of well-designed benchtop modules and an intuitive software control module for convenience.
The product can help the experimenter to efficiently evaluate the impact of different culture strains and process parameters, quickly determine the best process parameters, and guide the subsequent industrial scale-up process, which can be applied to fermentation process optimization, high throughput strain screening, culture medium It can be applied to fermentation process optimization, high-throughput strain screening, medium screening and evaluation, etc.
The product's original AFDP chip module enables high-speed parallel data transmission and control, ensuring high consistency of parameters in each reactor. At the same time, the system is scalable and can be expanded from a single bioreactor system to multiple bioreactor systems. The system is scalable from a single bioreactor system to multiple bioreactor systems. The system also includes a series of well-designed benchtop modules and an intuitive software control module for convenience.
FAQ
一：What is a bioreactor?1. bioreactors are commonly called fermenters when used for culturing microbial cells, and often directly called bioreactors, or cell bioreactors, when used for culturing animal cells or plant cells.
2. bioreactors (fermenters) are divided into bioreactors (fermenters) for laboratory use, bioreactors (fermenters) for pilot testing and bioreactors (fermenters) for production, depending on the size of the bioreactor and the application scenario.
二：What is a parallel bioreactor?
A parallel bioreactor is essentially multiple bioreactors (fermenters) in combination, but it achieves synchronization (parallelism) of all operating conditions such as synchronous parameter setting, synchronous start-up, synchronous stopping, synchronous calibration of sensors, synchronous sterilization of culture media, etc. of multiple bioreactors (fermenters) to ensure reproducibility of experimental results. Multiple bioreactors in the parallel bioreactor obtain identical results under the same culture conditions at the same time, and customers do not have to consider equipment variability.
三：What is the difference between parallel bioreactors and conventional fermenters and multiple fermenters?
Multiplex fermenters are called multiple fermenters when multiple laboratory fermenters are used in combination. Unlike parallel fermenters: multiple fermenters are just multiple fermenters connected together, where each fermenter is still operated separately for parameter setting, start, stop, calibration, medium preparation and sterilization, etc. These operations lack synchronization and consistency of conditions from tank to tank.
四：How to ensure parallel bioreactor parallelism?Core advantages of MPB series parallel bioreactor
Parallelism needs to be ensured from three aspects. They are: hardware, software and operation method.
1. hardware, the AFDP chip control technology is adopted, which upgrades the traditional PLC serial control principle to parallel control principle, ensuring the synchronization of signal acquisition and command sending (parallelism) from hardware.
2. software aspect, a one-key operating system was developed, which allows synchronous start, synchronous stop, synchronous calibration, synchronous setting and time-sharing control of all bioreactors (fermenters) within the same batch.
3. operation side, with Manson automation system, it can realize synchronous preparation, sterilization, and dispensing of culture media, synchronous sampling and off-line sample automation detection.
Product Details
Module Introduction.
1：Bioreactor Module
The bioreactor unit module can be expanded from 4 to 8, 16 or even N channels; the tank volumes are 500mL, 1000mL and 2400mL respectively.
The bioreactor unit module can be expanded from 4 to 8, 16 or even N channels; the tank volumes are 500mL, 1000mL and 2400mL respectively.
2：Semiconductor temperature control system
Abandon the traditional water bath and electric blanket temperature control, no cooling water, 20-50 ℃ temperature control, temperature control accuracy ± 0.2 ℃.
3：High precision replenishment system
1 reactor corresponds to 4 groups of replenishment pipeline, total 16 ways; Adopt high precision peristaltic pump, replenishment accuracy 2.5uL, can be one-way or two-way control.
4：AFDP control module
It adopts self-developed FPGA control technology to avoid the drawbacks brought by traditional PLC control, which is not dead, fault-tolerant, accurate and efficient in communication, and can process data at ns level, which can realize fast and efficient regulation and control of pH, temperature, dissolved oxygen and defoaming functions.
5：Humanized software control
Quickly edit for parameter setting, parameter regulation and data visual reading through the upper computer software control.
6：Data Interaction
The equipment is reserved for external instrument interface, which can be used with other fermentation-related third-party equipment data interoperability on the market.
Applications
Fermentation process optimization of strains
Using parallel bioreactors, the production process was simulated to figure out the key factors affecting fermentation (stirring, temperature, pH, dissolved oxygen, etc.) in a relatively short time to improve the process and facilitate later scale-up.
High throughput strain screening for stationary processes
With the existing production process system (raw materials, supplementation, temperature, dissolved oxygen and other parameters determined), a large number of newly constructed engineered strains can be quickly screened using parallel bioreactors to quickly obtain the target strains for this process for large-scale production.
Culture medium screening and evaluation
Using parallel bioreactors, raw materials from different batches, origins and sources can be evaluated for consistency, and the most suitable late fermentation ratios can be mapped out, which is beneficial for scaling up production.
Features
Key Product Innovations
Miniaturization
The whole machine is compact, integrated design, saving laboratory space; and the production tank in the structure, flow field characteristics and control mode
Field characteristics and control methods to maintain consistency, easy to enlarge later.
Field characteristics and control methods to maintain consistency, easy to enlarge later.
Convenience
All-in-one design, plug and play; easy to learn and operate, easy to use, clear logo Clear, dummy-proof design.
Accuracy
Independent control with 41 hardware measurement and control parameters and 192 software parameters per tank. Structure and production The structure is consistent with the production tanks and easy to enlarge.
Platforming
Arbitrary expansion of multiple devices to form a high-throughput fermentation platform; cross-device fermenter sub Grouping; cross-equipment parallelism.
Software Control System
One-touch calibration
pH, DO, temperature, and charge pump flow rate can be quickly calibrated with one button, and data is displayed visually.
Time-sharing control
Automatic parameter control can be pre-programmed and timed.
AFDP control
Hardware to ensure the synchronization of signal acquisition and command sending, more than 50 times smaller, plug-and-play, scalability of third-party devices.
One-button operation
Convenient control between multiple parallel bioreactors can be realized with one key to select tank number and one key to set parameters.
Automatic compensation function
pH and DO have automatic compensation adjustment.
Free pump conversion
Acid and alkali pumps can be used as make-up pumps. pH not only has two-way self-control control mode, but also one-way alkali addition and one-way acid addition mode.
pH, DO, temperature, and charge pump flow rate can be quickly calibrated with one button, and data is displayed visually.
Time-sharing control
Automatic parameter control can be pre-programmed and timed.
AFDP control
Hardware to ensure the synchronization of signal acquisition and command sending, more than 50 times smaller, plug-and-play, scalability of third-party devices.
One-button operation
Convenient control between multiple parallel bioreactors can be realized with one key to select tank number and one key to set parameters.
Automatic compensation function
pH and DO have automatic compensation adjustment.
Free pump conversion
Acid and alkali pumps can be used as make-up pumps. pH not only has two-way self-control control mode, but also one-way alkali addition and one-way acid addition mode.
Specification
Model | MPB4-500/MPB4-1000 |
Whole machine size | 800*730*780 mm |
Weight | 60 KG |
Number of fermentation tanks | 4 sets |
Tank size | Total volume 500ml/1000mL, specification: Φ85*133mm/Φ100*157mm, working volume 70% |
Tank lid interface | With pH, DO, temperature, stirring, aeration, sampling, tail gas cooling device, defoaming Four-channel replenishment port, two kinds of inoculation port, such as piercing and luer Tank material is made of high borosilicate glass |
Stirring control | High precision DC motor, 100-1200 rpm, control accuracy: ±1rpm |
Stirring paddle structure | 2 layers of 6 flat and straight leaf turbine pulp, position adjustable |
Shaft seal | Shaft seal seal, tank pressure holding test 0.05Mpa |
Ventilation control | Rotor flow meter detection, aeration range 0.1-1.5 L/min, 0.5-4L/min Ventilation control accuracy ±5% |
Tank pressure control range | 0-0.05 Mpa |
Peristaltic pump system | Single fermenter corresponding to 4-way replenishment, speed can be set individually, 0-290rpm continuously adjustable. the function of each pump can be set individually: all can be used as acid pump, alkali pump, make-up pump and defoaming pump. Flow rate range: 0-50ml/h Minimum accuracy: 0.0025ml |
Temperature control | Using semiconductor heating and cooling Temperature control range: 20~50℃, temperature accuracy display: ±0.2℃ |
pH control | One key calibration, can choose one-way or two-way control Display range: 0-14; control range: 2-12; control accuracy: ±0.02 |
DO control | One key calibration, control range: 0-150%, can be associated with stirring speed, replenishment control |
Defoaming control | Automatic control with defoaming peristaltic pump |
Software systems | Process control, parameter analysis |
Process Timing Control | Changeable and traceable during the execution of time-sharing program |
Hardware Control System | Signal acquisition, core control logic, peripheral drive, protocol conversion and other functions |
Company Profile
About us
NINGBO DSCIENTZ TECHNOLOGY CO.,LTD is a national high-tech enterprise providing relevant scientific instruments for many fields such as biomedicine, medical and health care, IVD (in vitro diagnostic products), biosafety, food safety, disease prevention and control, inspection and quarantine, environmental protection and new material research.
After 30 years of historical development, Dscientz has accumulated 104 patents and a team of more than 100 highly skilled R&D personnel, and has developed and produced more than hundreds of thousands of various instruments and equipment, which are exported to more than 70 countries and regions around the world, mainly in Europe and America, and widely served 15,000 laboratories and universities worldwide.
After 30 years of historical development, Dscientz has accumulated 104 patents and a team of more than 100 highly skilled R&D personnel, and has developed and produced more than hundreds of thousands of various instruments and equipment, which are exported to more than 70 countries and regions around the world, mainly in Europe and America, and widely served 15,000 laboratories and universities worldwide.
Our Advantages
Packing & Delivery
FAQ
Q1.Are you factory or trading company?
We are a factory.
Q2.What is your principle for the samples?
We do not provide free sample.
Q3.Which payment can be acceptable?
We could accept the payment by T/T、Paypal,etc.
Q4.How about your delivery me?
Generally, it will take 7to 15 working days after receiving your payment.Depend on the quantity.
Q5.Service
We could provide Online instruction;Real-time support by call or voice-chat.
During warranty time,we can send product accessories when you need for free.
Technical guidance is free and ready forever.
Q6.Training
Your technicians can come to our factory for training,SCIENTZ engineers can go your place for local support(installation、training、debugging、maintenance);
Products can be customized according to your requirements;OEM service available with customers' brand.
We are a factory.
Q2.What is your principle for the samples?
We do not provide free sample.
Q3.Which payment can be acceptable?
We could accept the payment by T/T、Paypal,etc.
Q4.How about your delivery me?
Generally, it will take 7to 15 working days after receiving your payment.Depend on the quantity.
Q5.Service
We could provide Online instruction;Real-time support by call or voice-chat.
During warranty time,we can send product accessories when you need for free.
Technical guidance is free and ready forever.
Q6.Training
Your technicians can come to our factory for training,SCIENTZ engineers can go your place for local support(installation、training、debugging、maintenance);
Products can be customized according to your requirements;OEM service available with customers' brand.
