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Research Bioreactors Genesys V1 · R&D Platform

Precision fermentation · R&D

Genesys V1. Control the process.

A compact research bioreactor platform for precision fermentation, integrating vessel operation, sensors, pumping, control and usable data in one operating environment.

Discuss an application Explore the platform
0.5 · 1 · 3 L One control platform across vessel formats.
Temperature · pH · PO₂ · Foam · Feed Core fermentation control functions.
Touchscreen · Browser · XLSX Operate, review and export.
Physical platform · Genesys V1 R&D
Control 01
Genesys V1 research bioreactor with glass vessel, integrated pumps and touchscreen control unit.
Control Temperature · pH · PO₂
Pumping Acid · Base · Feed · Foam
Data Monitor · Archive · Export
8″ touchscreen Ethernet remote access XLSX cycle export

One platform · Three vessel sizes

Change process volume. Keep the workflow.

Adapt working volume without rebuilding the control platform, sensor environment, software or operating procedures.

Common control environment
Genesys V1 platform
Same control strategy
Same software logic
Same data environment
Three Genesys V1 vessel configurations shown at 0.5 liter, 1 liter and 3 liter sizes.
Scale process volume — not system complexity. 0.5 L → 1 L → 3 L

Control architecture

Critical variables. One operating environment.

Genesys V1 combines sensing, setpoints and controlled process actions inside one compact fermentation platform.

01 Temperature
Temperature condition Hot / cold water pumping Jacketed vessel
02 pH
pH measurement Defined setpoint Acid / base pumping
03 PO₂
Dissolved oxygen Agitation + oxygenation Air / optional pure O₂
04 Foam
Foam detection Control response Antifoam pumping
05 Feed-Batch
Programmed schedule Automatic flow calculation Precision pumping
06 Liquid handling
Fill Empty Sample

The product is more than a vessel. Control, pumping, oxygenation and data remain connected to the fermentation workflow.

Sense · control · act · record

Hardware architecture

Three physical systems. One laboratory platform.

Genesys V1 combines the control unit, reactor unit and sensor environment instead of requiring a fragmented setup.

01 · Control unit

Control + pumping

The touchscreen control unit houses the electronics and peristaltic pump set.

8-inch touchscreen
Integrated electronics
Peristaltic pump set
02 · Reactor unit

Vessel + agitation

Jacketed borosilicate vessel with agitator, oxygenation and process connections.

Jacketed glass vessel
6-blade Rushton impeller
Integrated oxygenation
03 · Sensors

Measurement + feedback

Core fermentation variables are measured and connected to the control strategy.

Temperature
pH + PO₂
Foam detection

Designed for laboratory workflows

Less setup friction. More attention on the process.

Tool-free access, magnetic agitation, integrated pumping and Ethernet connectivity simplify recurring laboratory work.

01 · Access

Tool-free vessel + sensors

Open the vessel and mount or remove sensors without a tool-dependent sequence.

02 · Agitation

Magnetic agitator mounting

Mount and remove the agitator / oxygenator through the manufacturer-described magnetic system.

03 · Pumping

Integrated process pumping

Acid, base, antifoam, feed, filling, emptying and sampling functions remain close to the vessel.

04 · Connection

Touchscreen + Ethernet

Operate at the unit or access its control web through the assigned network environment.

The equipment should support the experiment — not become the experiment. Setup · operate · repeat

Control software + usable data

Run the process. Improve the next cycle.

Operate from the touchscreen or through a browser connection, review real-time graphs, preserve cycle history and export data for downstream analysis.

Data becomes useful when the team can review what happened, compare cycles and carry the learning into the next run.
01 Control Manual pumps, agitation and oxygenation; automatic Temperature, pH and PO₂ control.
02 Program Time-based Temperature, pH, PO₂ and Feed-Batch control.
03 Monitor Real-time graphs with zoom and scroll for detailed review.
04 Archive Historical saving of operating cycles.
05 Export Download cycle data in XLSX format to the PC.
06 Improve Use preserved cycle history to inform the next experiment.
Remote access Browser connection through the IP assigned to the bioreactor.
PID Quick adjustment of cascade PID values for oxygenation.
Updates Automatic firmware and software updates with internet connection.

Technical profile

Qualify the fit. Then configure the application.

Start with the specifications that determine whether Genesys V1 belongs in the technical conversation, then expand the full profile.

Vessel configurations 0.5 · 1 · 3 L
Temperature 15–75 °C
Stirring 5–2,000 RPM
Oxygenation 300–2,000 cc/min
Touchscreen 8 inches
Connectivity Ethernet
Full technical profile

Process + vessel

Agitator 6-blade Rushton impeller with deflector
Vessel construction Jacketed borosilicate glass
Vessel size Approx. 110 mm diameter × 190 mm
Control unit dimensions 32 × 36 × 48 cm
Reactor unit dimensions 26 × 26 × 38 cm

Pumping system

Acid / base / antifoam manual flow 0.2–20 cc/min
Fill / drain manual flow 5–100 cc/min
Feed pump adjustment 0.05%–2% volume/hour
Acid / base / antifoam tubing 1.6 × 4.8 mm diameter
Fill / empty tubing 4.8 × 8 mm diameter
Pump type Through-tube with quick coupling

Control + installation

Power supply Direct to 230 V
Bottle holder 250 or 500 mL bottles
Vessel support elements Stainless steel
Remote access Via Ethernet

Integrated utilities

Temperature control Hot and cold water pumping to vessel jacket
Temperature station capacity Manufacturer states one station can supply 3 bioreactors at 15 °C / 75 °C
Air supply Integrated ambient-air pumping system
Optional oxygen Pure O₂ connection can be used

Sensor architecture

Measure what drives the fermentation.

The technical sheet defines detection ranges and accuracy for the core sensing environment.

01

Temperature

−50 °C to 200 °C Accuracy: ±(0.3 + (0.005 × t))
02

pH

0–14 Accuracy: ±0.002
03

PO₂

0–20 mg/L Accuracy: ±0.05 mg/L
04

Foam

Foam / No Foam Binary process detection

Hamilton compatibility. Genesys V1 is described as directly compatible with Hamilton autoclavable pH and dissolved-oxygen sensors using Modbus. An additional customer sensor can also be considered.

Autoclavable · Modbus

Application configuration

Standard platform. Application-specific options.

The source material indicates that selected customizations can be considered according to the application.

01
Additional sensing An additional customer sensor can be considered.
02
Agitator motor options More advanced agitator motors can be considered.
03
Agitator blade design Ad hoc agitator blade designs can be considered.

Application review

Is Genesys V1 the right configuration for your process?

Three technical inputs are enough to start a qualified discussion.

Discuss an application
01 Process / organism
02 Working volume
03 Control requirements