FC-PVL multi function flow controller is an integrated system for general microfluidic processing in Physics, chemistry, biology, biomdecine and different engineering fields. It is versatile and flexible allowing easy and automatic control of complex fluids ( gas, liquid, electric) . It is a compact and open source platform for professional system development. In addition, it provides different working modes ( on line, off line and network) depending on the application conditions.
Model FC-PVL3 is an integrated system for general microfluidic processing. It is composed of built in pump, vacuum pump, solenoid valves, pressure regulators, rotary valve and pressure sensors. It also has 5V, 12V and 24V outputs, analog inputs and outputs as well as RS232 and TTL serial communication interfaces which controls external elements.
Model FC-HP1 is a microfluidic controller with high precision regulation. It is composed of built in pump, solenoid valves, high precision pressure regulators and pressure sensors. It also has 5V and 24V outputs, analog inputs and outputs as well as RS232 serial communication interfaces which controls external elements.
Built-in air pump : 5mbar/1000mbar, noise < 65 db
Built-in vaccum pump : -0.5mbar/-500mbar, noise < 65 db
4 high precision regulator: accuracy±1mbar
8 solenoid valves & 2 pressure release valves: response time100ms
1 rotary valve: 10 channels, response time1s
8 channels of 12V voltage output
4 analog outputs and 4 analog inputs
3 digital outputs /inputs & 1 TTL serial output
2 RS232 port
4KB EPPROM (for numerical sequence storage) & 1GB SD card memory
Bluetooth communciation module
Gas fittings: Luer
Dimensions: 275 × 250 × 110 mm
Built-in air pump : 0mbar/2000mbar, noise < 65 db
2 high precision regulator: accuracy±1mbar
2 solenoid valves: response time100ms
1 flow meter connector
1 RS232 port
Gas fittings: Luer
Offline operation: All internal and some of the external elements can be controlled with the front panel buttons and knobs. The user defined program sequences or algorithms can also be chosen for automatic operations.
Online operation: Computer programs in C++, Matlab or Android are prepared with appropriate graphical interface to facilitate the control and monitoring or to download program sequences or algorithm into the apparatus for offline operations.
Network operation: The remote control is feasible with Bluetooth, wireless or Ethernet using smartphones, tablets and other terminals. In addition, they can easily communicate with other MesoBioTech instruments and commonly used devices such as NI-Daq modules, CCD cameras, spectrometers, electrochemical station, etc. for monitoring or feedback control. Finally, MesoBioTech provides open sources or SDK for uses’ development.
- Sensirion flow-meters
- Solenoid valves
- Rotary valve
- Liquid distribution valve
- Low noise pressure source
- Fast CCD camera
- Microscope stage
- Optical spectrometer
- Electrochemical station