Microfluidic 9-port manifold is manfactured from PEEK material, offering exceptional chemical resistance. This 9-port manifold can be used to simultaneously distribute liquid or gas from a single line to eight other branches, or to simultaneously merge liquid or gas from eight other branches into a single line.
The 9-port microfluidic manifold is compatible with commonly available microfluidic pumps such as syringe pumps, peristaltic pumps, and pressure pumps. It can also be adapted to work with microfluidic dispensing valves/sequential injection valves from major brands.
You may also select a 13-port microfluidic manifold to further expand the fluid or gas pathways.
Advantages:
● High-temperature resistant PEEK material
● Installs in seconds
● Flexible (Connects via 1/4-28UNF threaded fitting, compatible with PTFE tubing having an outer diameter of 1/16 inch = 1.58 mm)
● Through-hole: 1.00 mm
● Supports 1/4-28 threaded connectors (compatible with PTFE tubing having an outer diameter of 1/16 inch = 1.58 mm)
Components included in the set:
● (×1) 9-Port Manifold: Supports 1/4-28 threaded fittings. Using this manifold, you can combine multiple fluids into one or split one fluid into multiple streams.
● (×8) 1/4-28 Threaded Plugs: Adds extra flexibility to your experimental design
Specifications:
● Material: PEEK material suitable for high-temperature, high-pressure sterilization
● Compatible with 1/4-28 UNF threaded connectors, suitable for connecting to 1/16-inch outer diameter tubing;
● Through-hole: 1.00 mm
Note: This kit does not include a 1/4-28 connector or microfluidic tubing.
Application Examples
Application Example:
1. Up to 10 or 12 different liquids are injected into the channels of the microfluidic chip.
2. Flow sensors MFS or BFS continuously monitor the liquid flow rate within the pipeline.
3. Accurate quantitative injection of liquid volume for each type of liquid
4. Apply different driving pressures to up to 10 or 12 branch pipelines.
5. Enables constant liquid flow control for up to 10 or 12 branch pipelines.
6. The flow sensor BFS directly measures any liquid without requiring calibration for each specific fluid.
7. It can drive liquids using positive pressure or extract liquids using negative pressure.
8. Graphical User Interface Software ESI
9. Automated operation experiment
10. Provide SDK development packages to facilitate secondary development or system integration.
11. Features internationally standard connectors, with replacement connectors readily available.