• A hand-held device equipped with pumps,  a flow controller, and a tubular millifluidic chip
  • Digitally operated flow control and setting
  • Suitable for a variety of water-based reactions and organic reactions
  • Flow rates from 2 to 8 ml/min
  • Variable reaction temperatures (0 to 250º C)
  • Suitable for field applications
  • Ready-to-use in situ time resolved probe for reactions for applications in chemistry, catalysis and nanotechnology
  • A hand-held device equipped with pumps,  a flow controller, and a tubular millifluidic chip
  • Digitally operated flow control and setting
  • Suitable for a variety of water-based and organic reactions
  • Flow rates from 2 to 8 ml/min
  • Variable reaction temperatures ( 0 to 250º C)
  • Suitable for field applications
  • Ready-to-use in situ time resolved probe for reactions for applications in chemistry, catalysis and nanotechnology
  • Operational Instructions

#SCDMD-2007
Single Channel Digital Millifluidic Device

#FPTCMDO 9018
Four Pump Tubular Chip Millifluidic Device for Multipurpose Synthesis
(Organics-Inorganics-Nanomaterials-Catalysis)

# FFDG-5004
Digitial Millifludic Device for Flow Focusing/Microdroplet Generation

#TPTCMDO 9008
Two Pump Tubular Chip Millifluidic Devices for Organics

  • A hand-held device equipped with pumps,  a flow controller, a manifold and a millifluidic chip
  • Simultaneously carry out four different operations on four different channels
  • Capture video and images of the fluid dynamics within the different channels
  • Applications for combinatorial synthesis
  • Digitally operated  and computer controlled flow control and setting
  • Suitable for a variety of water-based reactions
  • Flow rates from 0.2 to 3.0 ml/min
  • Suitable for field applications
  • Ready-to-use in situ time resolved probe for reactions for applications in chemistry, catalysis and nanotechnology
  • A hand-held device equipped with pumps,  flow controller, a manifold and a millifluidic chip
  • Millifluidic chip designed for flow focusing and drop-let generation 
  • Digitally operated flow control and setting using a touch screen 
  • Suitable for a variety of water-based reactions 
  • Flow rates from 0.2 to 3.0 ml/min 
  • Suitable for field applications 
  • Ready-to-use in situ time resolved probe for reactions for applications in chemistry, catalysis and nanotechnology
  • Operational Instructions
  • A hand-held device equipped with pumps,  a flow controller, a manifold and a millifluidic chip
  • Digitally operated flow control and setting using a touch screen
  • Suitable for a variety of water-based reactions
  • Flow rates from 0.2 to 3.0 ml/min
  • Suitable for field applications
  • Ready-to-use in situ time resolved probe for reactions for applications in chemistry, catalysis and nanotechnology
  • Operational Instructions

* US Patent Number 9,211,521

# MCDMD-4005 (customers can choose any generic chips of their choice with this device)
Multi Channel Digital Millifluidic Device

  • A hand-held device equipped with pumps,  a flow controller, a manifold and a millifluidic chip
  • Simultaneously carry out two different operations on two different channels
  • Digitally operated  and computer controlled flow control and setting
  • Suitable for a variety of water-based reactions
  • Flow rates from 0.2 to 3.0 ml/min
  • Suitable for field applications
  • Ready-to-use in situ time resolved probe for reactions for applications in chemistry, catalysis and nanotechnology

Millifluidic devices*

# DCDMD-3006 (customers can choose any generic chip of their choice with this device)
Double Channel Digital Millifluidic Device

Simplified and smart flow reactors for Chemistry, Catalysis and Nanotechnologies