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Mammalian and microbial cell culture bioreactor system with leading design, excellent performance, complete functions, and easy operation. Users only need one computer to control 1 to 8 glass tanks to run independently or in parallel. In this way, it can greatly speed up the process development progress. The Explore system is the best choice for the process development study of cell culture in the biopharmaceutical industry.

The stainless steel parts of the tank in contact with the liquid are made of SUS316L stainless steel, and the inert surface is easy to clean due to electrolytic polishing. The glass body of the tank is made of high-quality tempered borosilicate glass, and the sealing material is made of EPDM or silica gel that meets the requirements of the FDA. The non-liquid contact part is made of high-quality SUS304 stainless steel. Integrate a full set of hardware from industry-leading suppliers, ensuring stable and reliable system performance:

Category: Instrument and Equipment's

Satellite design provides great flexibility for system expansion, and quickly realizes multi-connection or parallel control of 1 to 8 tanks, explore system can easily realize parameter setting, process program calling, and data backup, and can compare and analyze the trend of different batches under the same interface.
Powerful software functions can realize full control based on feedback, time, conditions, and script recipes, which can meet the strict process requirements.
The operating system developed based on the Win CC industrial-grade architecture meets the requirements of GMP and 21 CFR Part 11 and can be used in pharmaceutical and medical industries.
Complete network communication interface, docking with SCADA to realize data collection and remote monitoring.
In addition to basic DO, pH, temperature, liquid level, and stirring control unit, the system can provide up to three gas supply channels, including overlay gas supply, macro-sparge bottom gas supply, and micro-sparge bottom gas supply, allowing users to design flexible air supply strategy, and easily support high-density perfusion cell culture process; the optimized exhaust gas cooling device can effectively prevent clogging and is compatible with fermentation/high-density cell culture.
The controller is designed with 2 additional input ports, which can be connected to sensors, such as sensors of cell density, CO2, and weighing, and additional signals can be integrated with the control loop.