Jupiter

Autoclavable Bioreactors for Lab-Scale Fermentation

The Jupiter platform offers a multitude of autoclavable vessel sizes and designs ranging from 2.0 L to 10.0 L total volume. With various aspect ratios and thermoregulation designs available, Jupiter can be ideal for your laboratory scale bioreactor needs.

Product Details

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Benefits

The Solaris Jupiter Single & Parallel Autoclavable Fermentors and Bioreactors benefits include:

Digital online DO, pH, conductivity, &/or ORP sensor management utilizing Hamilton ARC Modbus communication.
Flexible head plate design.
Peristaltic pump options for feed, pH control, etc.
Up to 5 mass flow controllers within PCS cube.
Powerful & accurate agitation utilizing brushless DC motor with a 1 to 2,000 RPM range.
Agitation power consumption & torque available in software.
Cell density: OD or VCD/permittivity probe integration available.
Other parameters available including weight, CO2, etc.
Powerful & Intuitive Leonardo Software to control up to 24 units in parallel.
Flexible options for data export & management.
Remote control access available via PC, tablet and/or smartphone.
Fermentation or cell culture configurations available.

Sampling

LEDA single use sterile sampling system enables up to 180 sterile samples per run.
The needlefree connector is designed to reduce the risk of contamination during sampling.

Technical specifications
Material	VALOX resin (external) silicone (internal)
Autoclavable	121-133°C (up to 30 minutes)
Residual volume	0.04 mL
Flow rate	65 mL/minute

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Gas Mixing

Thermal mass flow controllers (MFC) allow precise flow rate control of individual gasses. Up to 5 MFCs can be configured within each PCS cube & integrated to the controlling software. This enables flexible aeration options for a wide range of applications.

gas mixing

1 MFC included in "entry" level system, additional available as optional.
Gas mixing possible through TMFC + solenoid valves or via multiple MFCs
Automatic gas mixing algorithms for simplified control (4-gas, 3-gas, O2 enrichment, N2 enrichment)
Fluted sparger in IO system

Cube Series

Solaris Cube Series

Why a cube?

Solaris’ modular product design strategy decreases the number of unique parts which reduces time of production. The result is a lean, smart, compact & flexible PCS.

Benchtop Bioreactors and Fermentors | Fermenters | Laboratory Scale Fermenters and Bioreactors

Software

User-friendly Software

Solaris controlling software offers a simply laid out, yet powerful platform for experimental design planning and process control. The graphical user interface enables the intuitive selection & adjustment of control functions.

Extracted data is compatible with Window Excel, but in addition, Solaris offers a platform where fermentation data can be easily exported in real time & thus managed. This software is included in supply and can be installed on an unlimited number of the client’s PC or laptops.

Features include:

Multi-level password protection
Workflow settings (warm-up, calibration, pre-cultivation, cultivation, cleaning, etc.)
Synoptic page with manual-automatic operation toggle of available components, (pumps, temperature control, etc.), & parallel synoptic comparison between units.
Continuous real-time trends available for comparable observation, of up to 6 process and set point variables at one time.
Dynamic zooming and configuration within chosen time frames.
Cascade and profile controls
Parallel setpoint adjustments
Parallel process sensor calibration (offline and online)
Parallel trend comparison
Pump configuration & calibration
PID setting adjustment
USB connection for data extraction
Remote control capabilities
Process recipe storage

Solaris Logic Parser:

The Solaris Logic Parser plug-in, integrated to Leonardo 3.0 as standard, gives users the additional capability of customized control by relating all available process variables with common conditional statements. The communication between Leonardo 3.0 and logical functions is via exchange database.

Applications

Solaris' Jupiter Single & Parallel Autoclavable Fermentors and Bioreactors are used in the following industrial fields:

Agriculture
Biopolymers
Biotech
Cosmeceutical
Food and Beverage
Nutraceutical
Pharmaceutical

Popular Cell Lines

View the many strains and the products that can be developed with the Jupiter bioreactor.

Science Publications

	Scientific Publications	Journal	Solaris Devices
Amaretti 2007	Kinetics and Metabolism of Bifidobacterium adolescentis MB 239 Growing on Glucose, Galactose, Lactose, and Galactooligosaccharides	Applied and Environmental Microbiology	Jupiter 2.0-3.0
Dellomonaco 2007	Fermentative production of superoxide dismutase with Kluyveromyces marxianus	J Ind Microbiol Biotechnol	Jupiter 2.0L
DiGioia 2007	Production of biovanillin from wheat bran	Enzyme and Microbial Technology	Jupiter 3.0L
Van Herdeen 2013	Continuous and batch cultures of Escherichia Coli KJ134 for succinic and acid fermetation: metabolic flux distributions and productino characteristics	Microbial Cell Factories	Jupiter 2.0
Jaya Prakash 2014	Preparation, Characterization and In Vitro Evaluation of Novel Gellan Gum-Raloxifene HCl Nanoparticles	Journal of Pharmaceutical and BioSciences	Jupiter 5.0L
Krige 2015	Continuous succinic acid fermentation by Escherichia coli KJ122 with cell recycle	Process Biochemistry	Jupiter 2.0L
Tamburini 2015	Optimized Production of Xylitol from Xylose Using a Hyper-Acidophilic Candida tropicalis	Biomolecules	Jupiter 4.0
Gargano 2016	Alkaline direct transesterification of different species of Stichococcus for bio-oil production	New Biotechnology	Metis Gas Analyzer
Shi 2018	Manipulating the generation of reactive oxygen species through intermittent hypoxic stress for enhanced accumulation of arachidonic acid-rich lipids.	Chemical Engineering Science	IO1000