The vessel design of our lab bioreactor is specifically designed to provide a diverse range of working volume options, including 1L, 2L, 5L and 10L. This flexibility enables professionals to adapt the equipment to diverse experimental requirements. By interchanging various vessels, they thereby provide an optimal solution for scaling up small productions.

The eLAB® Advanced Bioreactor is equipped with a set of digital sensors (pH, pO2, temperature, and level/foam), mass flow controllers, and integrated peristaltic pumps. Precision-engineered, the digital sensors and mass flow controllers act as precision regulators, ensuring that the bioprocess is always performing at optimal conditions and receives a consistent and precise supply of gases at all times; this is crucial for sustaining the culture at ideal conditions.

Complementing this technology, the integrated peristaltic pumps play a pivotal role in fluid transfer, ensuring that substances are moved efficiently and accurately within the system. Moreover, by reducing the need for constant monitoring and manual adjustments, professionals can focus on other critical tasks, leading to increased and consistent productivity and reduced labor costs.

With a 15-inch touch screen interface, the eLAB® Advanced Bioreactor offers an advanced control system that includes the eSCADA R&ID and ADVANCED software. Serving as the central nervous system of the eLAB® Advanced Bioreactor, this software platform provides users with a comprehensive and intuitive interface for monitoring and adjusting key parameters in culture growth with real-time data visualization, trend analysis, and customizable settings.

The eSCADA R&ID software focuses on recipe management, ensuring each step of the bioprocess follows predefined protocols; meanwhile, the eADVANCED offers advanced monitoring capabilities, allowing users to keep a close eye on critical parameters and make adjustments as needed.

The synergy of these software solutions ensures that the bioprocess runs smoothly, minimizing the potential for errors that can disrupt the workflow. By reducing the likelihood of mistakes and associated downtimes, our lab bioreactor ensures consistent output, maximizing productivity and efficiency. Additionally, minimizing manual intervention leads to significant operational cost savings.

The servo motor of the eLAB® Advanced Bioreactor stands out due to its unparalleled precision and versatility. Distinguished by advanced engineering and design, the Servo Motor allows for meticulous agitation control over experimental parameters, thereby enhancing the overall reliability and efficiency of the lab bioreactor system.