With over 40 years of experience, our compact team prioritizes quality, flexibility, and precision. We develop R&D and lab-scale systems in Switzerland and manufacture large-scale systems in Cernobbio, Italy, ensuring all systems offer performance, compliance, and seamless scale-up.
Furthermore, these heaters controlled Bioflex software temperature regulation, similar to thermostats. This feature allows users to maintain precise control over the heating process, optimizing cultivation performance.
This unit is specifically designed for biotechnology applications and enables users to achieve accurate control of jacketed bioreactors, facilitating temperatures up to 80°C. Effective temperature management is critical for optimizing biological processes, ensuring maximum yield, and maintaining product quality.
Energy Efficiency, Modern thermochillers are designed to be energy-efficient, reducing operational costs.
Precision Cooling, They provide consistent and precise temperature control, essential for sensitive processes.
Scalability, Thermochillers can be scaled up or down based on the specific cooling requirements of an application.
Reliability, With proper maintenance, thermochillers can operate reliably for years, ensuring consistent performance.
A standout feature of temperature control equipment is their remote monitoring and control by Bioflex , enabling users to manage operations from anywhere. This promotes convenience, facilitates proactive maintenance, and minimises downtime, contributing to a seamless operational experience for businesses.
Bench-top Vessel: This is the core bioreactor where the culture is contained. It provides the controlled environment necessary for growth.
Computer-Controlled Monitoring Device: This is the control unit that manages and logs parameters. This ensures reproducible and optimized experimental conditions.
Useful Accessories: The availability of various accessories means the system can be customized to simulate a wide range of special experimental conditions, making them highly versatile for research.
These modules integrate effortlessly with all Bioreators through Bioflex software, and they can also connect with other systems using 4-20mA and Modbus. With a user-friendly touchscreen, you can operate them independently, adjusting settings and recording data with ease. Plus, the module can control external devices like scales, gases, pumps, and more.
These modules integrate effortlessly with all bioreactors through Bioflex software, and they can also connect with other systems using 4-20 mA and Modbus. With a user-friendly touchscreen, you can operate them independently, adjusting settings and recording data with ease. Additionally, the module can control external devices like scales, gases, pumps, and more.
These modules integrate effortlessly with all bioreactors through Bioflex software, and they can also connect with other systems using 4-20 mA and Modbus. With a user-friendly touchscreen, you can operate them independently, adjusting settings and recording data with ease. Additionally, the module can control external devices such as scales, gases, pumps, and more.
It features a user-friendly touchscreen for setting parameters and monitoring trends, along with an aspiration pump and flowmeter that enable it to operate independently. This module seamlessly integrates with Bioflex software and offers 4-20 mA and Modbus outputs for easy communication with other software systems.
Range weighting: 0-5kg - 0-30kg - 0-60kg
In addition to measurable substrates, accurate weighing is equally important when mixing reagent, as improper ratios can change the effective value of the set-point .
The KG-FERM™ Gas Analyzeris a high-precision modular gas analysis unit designed to measure and quantify key off-gas components from fermentation processes. It supports real-time monitoring of O₂, CO₂, CH₄, H₂, and CO via NDIR (non-dispersive infrared) and electrochemical detection technologies.
Seamlessly integrates with all Bioreactors and single-use Bioreactors.
Data acquisition, recording and integration into the cultivation recipe via Bioflex Software
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Vestibulum vehicula tempor nulla, sed hendrerit urna interdum in. Donec et nibh maximus, congue est eu, mattis nunc. Praesent ut quam quis quam venenatis fringilla. Morbi vestibulum id tellus commodo mattis. Aliquam erat volutpat. Aenean accumsan id mi nec semper.
Vestibulum vehicula tempor nulla, sed hendrerit urna interdum in. Donec et nibh maximus, congue est eu, mattis nunc. Praesent ut quam quis quam venenatis fringilla. Morbi vestibulum id tellus commodo mattis. Aliquam erat volutpat. Aenean accumsan id mi nec semper.
Vestibulum vehicula tempor nulla, sed hendrerit urna interdum in. Donec et nibh maximus, congue est eu, mattis nunc. Praesent ut quam quis quam venenatis fringilla. Morbi vestibulum id tellus commodo mattis. Aliquam erat volutpat. Aenean accumsan id mi nec semper.
The KG-FERM™ Gas Analyzeris a high-precision modular gas analysis unit designed to measure and quantify key off-gas components from fermentation processes. It supports real-time monitoring of O₂, CO₂, CH₄, H₂, and CO via NDIR (non-dispersive infrared) and electrochemical detection technologies.
Seamlessly integrates with all Bioreactors and single-use Bioreactors.
Data acquisition, recording and integration into the cultivation recipe via Bioflex Software
The KG-FERM™ Gas Analyzeris a high-precision modular gas analysis unit designed to measure and quantify key off-gas components from fermentation processes. It supports real-time monitoring of O₂, CO₂, CH₄, H₂, and CO via NDIR (non-dispersive infrared) and electrochemical detection technologies.
Seamlessly integrates with all Bioreactors and single-use Bioreactors.
Data acquisition, recording and integration into the cultivation recipe via Bioflex Software
