Applikon MiniBio bioreactor

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Applikon MiniBio is truly a “ Reduced version ” laboratory-scale bioreactor.。 Applikon MiniBio It offers the same flexibility, allowing for customization to meet any process requirement. Its compact size helps reduce media costs while making the most efficient use of bench space.

Overview

Small footprint... a true bioreactor.

Easy to set up and operate
Requires only a small amount of workbench space.
Use less culture medium during the cultivation period.
Generate more data in a shorter time.

MiniBio It’s the ideal equipment for small-scale laboratory operations. It can effectively save time, occupy less bench space, and generate more data, while delivering fully scalable results. By working with our... BioSep When used in conjunction with efficient cell separation equipment, you can convert batch or fed-batch bioreactors into small-scale continuous bioprocessing systems.

The configurable top plate of the bioreactor adopts Luer The connector frees up space for multiple add-ons, sensors, and accessories, as well as readily available pipeline components, enabling rapid startup.

Conduct microbial and cell culture on a small scale.

Sometimes, less is more.

Compared to conventional laboratory-scale bioreactors, Applikon MiniBio It requires less media and bench space. Researchers can easily conduct multiple parallel experiments, generating more data at once and thereby scaling up efficiently.

Features

Small bioreactor

MiniBio With its compact design, scientists can place multiple systems within the precious workspace. Parallel processing has never been easier.

Generate scalable results

Cultivate through small-scale operations to quickly access larger datasets. Help researchers obtain reliable data, streamline the scaling-up process, and achieve higher productivity.

Application

Applikon MiniBio Perfectly suited for the following application areas:

Screening study
Media optimization
Process Optimization
Microbial and Cell Culture
Batch culture, fed-batch culture, perfusion culture, and continuous culture

	MiniBio 250	MiniBio 500	MiniBio 1000
Total capacity (mL)	290	550	1250
Working capacity (mL)	200	400	1000
Minimum working capacity (mL)	50	100	200
Overall capacity-to-diameter ratio	2.3	2.1	2.3
High work capacity-to-diameter ratio	1.6	1.5	1.9
Size (dxh)	180 x 400 mm	195 x 400 mm	200 x 550 mm
Autoclave dimensions (dxh)	180 x 250 mm	195 x 250 mm	200 x 400 mm
Drive system	Direct drive, lip seal	Direct drive, lip seal	Direct drive, lip seal
Maximum stirring speed (rpm)	50 - 2000	50 - 2000	50 - 1750
Maximum blade tip speed (m/s)	2.3	2.9	3.5
Blade	Select Rushton and Marine Type
Gas distributor	Micro-bubbles, direct-through, and large-bubble ventilation tubes
Top ventilation	Yes
Exhaust	Electro-cooling exhaust gas condenser (in 37 Celsius @2vvm At that time, evaporation rate <4%/ Heaven)
Sampling	Fixed sample tube, with optional sampling system.
Drainage	Height-adjustable drain pipe
Add-on	4 One fixed inlet and an optional micro liquid injector
pH	Measurement: 8 mm Standard pH Sensor Control: via an acid pump (variable-speed pump) or CO ₂ The combination of a gas and an alkali pump (variable-speed pump)
DO ₂	Measurement: LumiSens Optics DO ₂ Sensor. Control: Through N ₂ air, O ₂ (Standard needle valve, optional) MFC ) The combination with stirring
Temperature	Measurement: In the protective tube of the ceiling thermometer Pt-100 Sensor Control: Electric cooling and heating jacket via the bioreactor wall
Foam	Measurement: Height-Adjustable Resistive Foam Sensor Control: Defoaming Feed Pump (Variable-Speed Pump)
Liquid level	Measurement: Height-Adjustable Resistive Liquid Level Sensor Control: Variable-speed liquid-injection pump or variable-speed liquid-discharge pump
Optional entry	Membrane, chemostat, liquid input system
Optional sensor	Biomass, optical density, O ₂ and CO ₂ Offline analysis, weighing