Ambr® 15 consumables kit, sparged, 20-40°C

Ambr^® 15 Cell Culture Microbioreactors are at the forefront of cell culture technology, providing a versatile and efficient solution for researchers. These microbioreactor vessels are essential for automated bioreactor systems, offering a robust platform for various applications, including clone selection and media optimization.

Crafted from high-quality materials, the Ambr^® bioreactor vessel ensures contamination-free operations. These single-use Ambr^® vessels are perfect for low volume bioreactor applications, with a working volume of 15 mL, making them ideal for research bioreactor settings and R&D bioreactor environments.

Designed for ease of use, these mini reactors facilitate a quick turnaround in bioreactor setups. The easy setup bioreactor design allows for fast transitions between experiments, optimizing your workflow and reducing downtime. This makes them an excellent choice for process development bioreactor applications, where efficiency and speed are crucial.

The Ambr^® 15 vessel is specifically engineered for bioreactor for cell culture applications, supporting precise control and monitoring of cell culture conditions. This ensures optimal performance in bioreactor for mammalian cell culture applications, enhancing the reliability of your research outcomes.

These microbioreactors are also vital for process optimisation bioreactor tasks, allowing for fine-tuning of culture conditions to achieve desired results. Whether you're working on clone selection bioreactor projects or media optimisation bioreactor experiments, these vessels provide the flexibility and precision needed for success.

Incorporating these microbioreactors into your workflow ensures that your mini bioreactor operates at peak efficiency. The Ambr^® 15 Cell Culture Microbioreactors are the perfect choice for researchers seeking a reliable, efficient, and versatile solution for their cell culture needs. Enhance your lab's capabilities with these state-of-the-art microbioreactors, designed to meet the demands of modern scientific challenges.