Laboratory Benchtop Bioreactor – Jupiter

The laboratory benchtop bioreactor/fermenter from Solaris Biosystems provides precise, scalable control for advanced research and process development. Designed for single or parallel experiments, this compact system includes autoclavable vessels from 2 L to 10 L and a highly efficient stirred configuration for dependable fermentation across South Africa. Ideal for academic and industrial settings, it integrates comprehensive measurement and control options with optional pressure regulation up to 1.6 bar.

The preassembled fermenter and bioreactor unit arrives with all essential tubes, valves, instruments, and an intuitive automation panel, ensuring seamless operation within any laboratory using Apex Scientific equipment. Backed by local expertise, it supports reliable scale-up or scale-down of complex cultures. Explore our range or contact Apex Scientific today to discuss your bioprocessing requirements.

The laboratory benchtop bioreactor or Fermenter from Solaris Biosystems provides a versatile platform for research, education, and industrial development. Supported by Apex Scientific in South Africa, it delivers precise control for reliable fermentation. Designed for single or parallel processes, it integrates smoothly with other laboratory equipment while ensuring reproducible results.

 

Flexible Vessel Options

The Solaris Jupiter series offers five autoclavable vessel sizes—2 L, 4 L, 6.5 L, and 10 L. Each comes in single or double-wall borosilicate glass. Users can select the height-to-diameter ratio to match specific experiments. Thermoregulation works via a heating blanket with cooling finger or a removable double-wall jacket, which improves heat transfer during autoclaving. Furthermore, pressure control up to 1.6 bar is available in 2 L and 4 L double-wall designs, supporting effective scale-up studies.

 

Advanced Measurement and Control

This system monitors temperature, pH, dissolved oxygen, dissolved carbon dioxide, redox potential, antifoam, level, conductivity, weight, and cell density. In addition, Modbus digital sensors reduce background noise and provide fast response times. A 1 RPM brushless motor ensures precise agitation, while the LEM01 PLC-based control system integrates four variable-speed peristaltic pumps. Users can also add up to four analog input/output connections for greater process flexibility.

 

Optimized Operation

The Jupiter platform supports batch, fed-batch, and continuous fermentation processes. Additionally, it offers gas mixing strategies using up to five thermal mass flow controllers. Optional features, such as the LEDA sterile sampling system, allow up to 180 sterile samplings per batch, enhancing reproducibility. Despite its advanced features, the compact design saves valuable laboratory space.

 

Applications

This stirred, autoclavable fermenter and bioreactor is ideal for basic research, process development, education, and small-scale production. Therefore, it simplifies scaling from pilot studies to industrial applications.

Learn more about the Solaris Biosystems range and access technical guidance by visiting the Apex Scientific Insights page.

ModelJupiter 2.0Jupiter 4.0Jupiter 6.5Jupiter 10.0
Total Volume (L)246.510
Ratio H/D3.00/13.25/12.50/13.00/1
Min Working Volume (L)0.511.62.6
Max Working Volume (L)1.534.97.5
Max Temperature65 °C
Operating Pressure< 0.5 bar(g) Jupiter Pressure 2.0 and 4.0: < 2 bar(g) (option)
Headplate Ports911
Headplate Configuration1 Gas Sparger, 1 Gas Overlay, 1 Condenser, 1 Sampling/Harvesting, 1 Temperature, 1 Multifeed, 2 Sensors, 1 Level/antifoam sensor
DesignBorosilicate glass single or double-wall vessel
MaterialsBorosilicate glass, AISI 316 L
Sensor Length(mm)
pH325425
dO₂325425
Dimension for Autoclave (with Condenser)
Height (mm)610705790
Diameter(mm)275285315335
Stirrings
DriveBrushless Motor
Speed (rpm)1 – 19001 – 18001 – 1700
Nominal Torque (Nm)0.90.90.90.9
ImpellersRushtons, Marine, Pitched-blade
Thermoregulation
ControlPID, ±0.1 °C,
Electric heaters + cooling valve (double-wall) or cooling finger + heating blanket (single-wall)
Gas Control & Gas Mixing
Sparger and overlay gas controlTMFC
Gas Mixing (Air, CO₂, O₂, N₂)1 TMFC (including in entry level) + up to 4 additional TMFC
Sparger TypeToro type (ring), sintered microbubbling
Gas Out1 Condenser + 0.22 μm filter
Peristaltic Pumps
Quality & Type4 WM 114 FD/DV
Controller
Master control Module ( w x d x h)From 1 to 24 units – 35 x 35 x 35 cm
HMI with Leonardo softwareOperate interface touch screen PC, 24″ color monitor
Temperature
SensorPT100
Accuracy±0.1 °C
Control systemMeasuring resident in Leonardo software
Control range0 – 150 °C
pH
SensorDigital, 57–59 mV/pH
Sensitivity57 to 59 mV/pH
Control systemMeasuring resident in Leonardo software
Control range0 – 14
Operation temperatureUp to 130 °C
Pressure range0 – 6 bar
ActuatorCascade to peristaltic pumps for the addition of acid/base solutions or gas (CO₂)
dO₂
SensorDigital optical
Accuracy1 ± 0.05 %-vol, 21 ± 0.2 %-vol, 50 ± 0.5% -vol
Control systemMeasuring resident in Leonardo software
Control range0 – 300 % air saturation
Operation temperatureUp to 130 °C
Pressure range0 – 12 bar
ActuatorCascade to RPM, gas control, feedings
Antifoam/Level Sensor
SensorConductivity-based
ControlMeasuring resident in Leonardo software
Redox (ORP)
SensorDigital sensor
Control systemMeasuring resident in Leonardo software
Control range± 1500 mV
Operation temperatureUp to 130 °C
Pressure range0 – 6 bar
Conductivity
SensorDigital sensor
Accuracy± 3 % at 1 µS/cm to 100 mS/cm, ± 5 % at 100 to 300 mS/cm
Control systemMeasuring resident in Leonardo software
Control range1 – 300 000 µS/cm
Operation temperatureUp to 130 °C
Pressure range0 – 20 bar
dCO₂
SensorDigital sensor
Accuracy± (10 % of the reading + 10 mbar)
Control systemMeasuring resident in Leonardo software
Control range0 – 200 % saturation
Operation temperatureUp to 130 °C
Pressure range0 – 20 bar
Cell Density
SensorDigital sensor
Control systemMeasuring resident in Leonardo software
Operation temperatureUp to 140 °C
Pressure rangeUp to 10 bar (150 psi)
TCD measuring range0 – 4 AU
VCD measuring range0 – 400 pF/cm
Weight
SensorDigital balance
Digital balance accuracy± 0.01 g (3.6 kg) , ± 0.1 g (36.0 kg)
Control systemMeasuring resident in Leonardo software
Peristaltic Pumps
WM 120 U Brushless1 – 100 rpm

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