NanJilon Perfusion System – 8-Channel Laboratory Perfusion Controller

The NanJilon Perfusion System is a laboratory instrument designed for controlling and organizing perfusion-related operations in experimental research. Based on the front-panel labels visible in the supplied photograph, the unit includes eight numbered channel controls, a dedicated pump button, a manual/automatic mode selector, and power input/output labelling. These features suggest a multi-channel perfusion control arrangement intended for laboratory workflows requiring controlled fluid delivery.

Perfusion systems are used in various life science and biomedical research settings to circulate fluids through chambers, culture systems, tissue preparations, or other experimental assemblies. Depending on the complete instrument configuration, a perfusion setup may help researchers maintain fluid movement, exchange culture medium, supply solutions, or support controlled experimental conditions. The exact capabilities of this particular NanJilon unit must be verified against its model documentation and connected pump hardware.

The eight-channel front-panel arrangement may be useful in experiments where several fluid lines or experimental positions need to be controlled independently. The numbered controls provide a convenient way to identify individual channels during setup and operation. However, the presence of eight channel controls does not, by itself, establish that all eight channels have independent flow-rate adjustment or fully independent pump operation.

A dedicated pump control is visible on the right side of the panel. The manual/automatic selector indicates that the system has selectable operating modes, although the precise functions of each mode depend on the manufacturer's design. The power input/output markings also indicate connection points or switching functions that should be identified carefully before connecting the instrument to laboratory equipment.

The unit may be relevant to research laboratories involved in cell culture, tissue research, physiological experiments, and other perfusion-based applications, provided that its actual specifications and compatibility are confirmed. Potential use cases depend on whether the controller supports the required tubing, pump type, flow range, pressure conditions, and experimental setup.

For research facilities considering pre-owned equipment, the NanJilon Perfusion System may offer a way to add perfusion-control capability without purchasing an entirely new system. Before purchase, laboratories should verify the equipment's operational status, pump compatibility, channel functionality, electrical safety, and availability of any required accessories. Testing should establish whether the pump runs correctly, the channel controls respond as intended, and the system maintains stable operation under the intended experimental conditions.

The photograph shows a metal-fronted control unit with visible signs of surface wear and staining. Its actual working condition, internal components, model number, manufacturing date, and included accessories cannot be established from the photograph alone. These details should be confirmed by the seller before the equipment is listed for sale.

The instrument should be installed and operated by trained laboratory personnel following verified operating instructions. Correct setup and regular inspection are important for maintaining consistent perfusion conditions and protecting connected equipment. For cell culture or other sensitive experiments, users should also verify that all fluid-contact components are suitable for the intended application.

Overall, the NanJilon Perfusion System is a potential option for laboratories seeking a multi-channel perfusion controller for research use. Its suitability for a particular experiment will depend on the verified functions of the controller, the associated pump, and the complete fluid-delivery assembly.

2.2. Applications of the Product

• Laboratory perfusion experiments involving controlled fluid circulation.

• Cell culture research, where compatible with the complete perfusion setup.

• Tissue and physiological research.

• Experimental fluid delivery and solution exchange.

• Multi-channel laboratory workflows.

• Biomedical and life science research.

• Research and development laboratory applications.

• Educational and experimental laboratory demonstrations.

These are potential application areas for perfusion equipment, not verified manufacturer-approved applications for this particular unit.

2.3. Features of the Product

• Eight numbered channels: Front-panel controls are labelled from 1 to 8.

• Dedicated pump control: Separate button labelled “pump.”

• Manual/automatic selector: Visible operating-mode selector.

• Power input/output markings: Labels identify the power-related controls or connections.

• Clearly labelled front panel: Numbered channel controls help identify operating positions.

• Metal-fronted enclosure: Provides a rigid housing for the control interface.

• Laboratory research use: Potentially suitable for compatible perfusion experiments.

• Compact control-unit format: Can be integrated into a laboratory bench setup, subject to space and connection requirements.

2.4. Technical Specifications

Important: Specifications not visible in the photograph are intentionally marked as unverified. Confirm the model number and manufacturer's documentation before publishing exact flow rates, pressure limits, electrical ratings, or compatibility claims.