Applikon my-Control Bioreactor System for Precise 3L Cell and Microbial Culture Control

The Applikon my-Control Bioreactor System is a versatile benchtop bioreactor engineered for precise control of microbial and cell cultures up to 3 liters. It features comprehensive bioprocess parameter regulation, including:

• pH, temperature, dissolved oxygen (DO), agitation, foam, and liquid level control with selectable autotuning adaptive PID controllers for stable process conditions during culture growth.
• Enhanced bioprocess control suitable for screening, media optimization, toxicity assays, and modeling in biotechnology and molecular diagnostics research.
• Flexible liquid handling with up to 6 digital variable speed pumps or micro addition valves, enabling microliter precision essential for small-scale bioprocess development and synthetic biology experiments.
• Advanced gas delivery system through 4 mass flow controllers, supporting fine control of oxygen and other gases critical for aerobic and anaerobic fermentations.
• User-friendly operation accessible via web browsers on Windows, macOS, Linux, and mobile devices, facilitating remote bioprocess monitoring and control in live-cell imaging and biomanufacturing workflows.
• Parallel processing capability managing up to 32 my-Control units through a single human interface, enhancing throughput in research labs focused on bioprocess optimization and gene editing applications.
• Electrical cooling and heating system eliminates water connections, offering precise thermal regulation of culture environment and condenser components.
• Expandable inputs and outputs with USB compatibility for integration with balances, biomass sensors, fluorophore pH, and DO sensors, optimizing data acquisition for cell culture and biopharmaceutical production pipelines.

This bioreactor system is widely adopted in synthetic biology research and critical bioprocessing environments, providing reliable and precise control for advanced biotechnology applications such as molecular cloning workflows and bioprocess scale-up studies.