cnBio PhysioMimix MPS Driver (9V-3L) – Advanced Organ-on-Chip Microphysiological System Driver (x3)

The cnBio PhysioMimix MPS Driver (9V-3L) is a precision microphysiological system driver designed to support advanced organ-on-chip and 3D tissue culture research. This set includes three identical drivers mounted on a shared base plate, each capable of independently managing 3-channel microfluidic control. Ideal for applications in drug development, molecular diagnostics, and biotechnology, these drivers enable controlled fluidic and mechanical stimulation of tissue models, essential for replicating physiological microenvironments relevant to synthetic biology, bioprocessing, and biopharmaceutical production pipelines.

Key features include:

• Support for complex biological research by delivering precise flow and mechanical inputs to organ-on-chip devices
• Integration with multi-channel fluidic systems used in live-cell imaging, cell signaling studies, and tissue engineering workflows
• Mounting on a common base plate for synchronized operation in parallel experiments, enhancing throughput in molecular cloning workflows
• Serial-numbered units ensure traceability for regulated laboratory environments

While specifications such as voltage, frequency, and software version are unspecified, the PhysioMimix MPS Driver series is widely adopted in biomedical engineering and neuroscience applications that demand reliable microfluidic actuation. This equipment is critical for replicating in vivo-like conditions on chip platforms, supporting molecular biology researchers and clinical diagnostics seeking scalable and reproducible microphysiological models.

This driver system is essential for laboratories focusing on biotechnology research, enabling enhanced control in organ-on-chip platforms and fostering advancements in molecular diagnostics and biomanufacturing processes.