Multichannel Pneumatic Precision Pump

Description
A turn-key modular pressure control system for actuation and transport of gases and fluids in miniature/micro-size channels and volumes.

Application Areas
Microfluidics, chemical and biochemical analytics, Diagnostic assays, biological cell culturing and handling, chemical synthesis, and others.

Features

• Up to 5 individually and independently controllable pressure channels, no external pumps needed
• Positive pressure 0 to +500 mbar
• Negative pressure (vacuum) 0 to -350 mbar
• Additional external manifold with up to 6 individual switchable output pressure channels, toggling between any two pressure channels
• SMC one touch connectors with 1.2 mm tubing
• Integrated macro language for multichannel pressure program generation
• Measurement/automation integration with external instruments via external I/O channels or the network- VXI-11 protocol, fully controllable through the macro language

Control Options

1. On instrument: Encoder wheel/push button & 1.8” front color display.
   – No software installation required.
   – No external computer required.
2. Remote securely via WLAN or LAN with any common smartphone (iphone, android…) or personal computer.
   Pure HTML/Javascript/CSS WEBgui (No software installation required).
3. Remote securely through the internet

Specifications

Number of pressure channels:	1 – 5
Positive pressure range:	0 to +500 mbar
Negative pressure (vacuum) range:	0 to -350 mbar
Pressure accuracy:	± 2 mbar with respect to set value
Stability:	<1% of full range
Addressable gas volume:	1-150 ml (15 ml internal reservoir)

I/O connections
1x LAN (1GBit RJ45 Ethernet)
1x WLAN (2.4/5GHz)
2x USB V2.0/serial I/O ports
2x USB V3.0/serial I/O ports
6x TTL lines (Manifold on X2 connector)
7x TTL lines (multifunction I/O like trigger, DC/Stepper motor control on X1 connector)
VXI11 network interface protocol

Application Examples

• Driving of flow in microfluidic devices and circuitry, for example sample processing, or in-liquid sensing
• Characteristics: low pulsation, continuous, uninterrupted pressure-driven flow control, high quality supply in comparison to peristaltic and syringe pumps)
• Actuation of peristaltic devices in soft robotics
• Micro-Perfusion systems and flow cells
• Droplets generation
• Organic/polymer syntheses drug transportation
• Automatic reagent distribution
• Cell culture and sequential injection of reagents
• Microfluidics & organs on chip
• Other microfluidics applications to manipulate fluids

Designed for greenness and sustainability
High reliability and user friendliness due to modular design.
NO DOWN TIME: All components can be quickly and easily exchanged and replaced by the user.