The Mitos T-Junction Chip is a glass microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation.

Benefits

compact; low dead volume; quick interconnect; high visibility; excellent access for optics; extremely smooth channel surface; high chemical resistance.

Variants

• Thin layer (3000086)
• Platinum coated (3000089)
• Quartz (3000141)
• Hydrophobic coating

The Mitos Thin Layer T-Junction Chip is a glass microfluidic device that has an ultra thin 150 µm base layer for high magnification microscopy applications.

The microfluidic chip is supplied with a chip header. The header allows connection to the Dolomite 4-way Edge Connector (part number 3000024).

Benefits

• Ultra thin design (high magnification microscopy)
• Small footprint
• Low dead volume
• Quick connect/disconnect
• Extremely smooth channel surface
• Excellent chemical compatibility

The Mitos Quartz T-Junction Chip with Header is a synthetic quartz microfluidic device designed for a range of applications including mixing fluids, microreactions and droplet formation.

The chip is supplied with a chip header that allows connection to the Dolomite Edge Connector.

Benefits

• Compact design
• Low dead volume
• Quick connect/disconnect
• Excellent transmission down to 200nm
• High visibility (excellent access for optics)
• High chemical resistance

The T-Junction Platinum Chip is a glass microfluidic device with a platinum coating on the surface of the channel that makes the chip ideal for various catalysis led reaction chemistries.

The chip is supplied with a chip header which allows connection to the Dolomite Edge Connector (part number 3000024).

Benefits

• Low profile edge
• Quick interconnect
• Low dead volume
• Extremely high platinum surface area
• High visibility (excellent access for optics)
• Excellent chemical compatibility

The Droplet Generator Chip is designed for generating droplets made up of one, two or three reagents. Applications include monodispersed droplet formation, emulsion formation and Janus particle formation.

It is supplied with a location pin allowing connection to the Mitos Circular Connector (3000051).

Benefits

• Extremely high droplet production rate
• Very consistent droplet size
• Automatic alignment of connections
• Quick connect/release
• Excellent visibility
• Range of hydrophobic and hydrophilic coatings

The Mitos Droplet Junction Chip is a microfluidic device designed for generating droplets and has two separate droplet junctions.

It is suitable for applications including monodispersed droplet formation and emulsion formation. It is also compatible with the Mitos Chip Holder H.

Benefits

• Extremely high droplet production rate
• Consistent droplet size
• Compact
• Quick connection when used with Mitos Chip Holder H
• Excellent visibility
• Hydrophobic and hydrophilic coatings

The Microreactor Chips are devices designed for mixing and reaction of two or three liquid reagent streams.

The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics studies. The chips can be supplied with a chip holder and header to allow quick connection of fluid pipes.

Benefits

• Rapid mixing across a range of flow rates
• High visibility (excellent access for optics)
• 2 or 3 inputs
• Fast connection to fluid pipes
• Wide temp/pressure range
• High chemical resistance

The Micromixer Chip is designed for millisecond mixing of two fluid streams. Fast mixing times may be required for nanoparticle synthesis, reaction selectivity, crystallisation, study of reaction kinetics and rapid sample dilution.

It can be supplied with a chip holder and a chip header for quick connection of fluid pipes.

Benefits

• Fast mixing times across a range of flow rates
• Low dead volume
• High visibility (excellent access for optics)
• Quick interconnect
• Pre-mix heating/cooling of fluid
• High chemical resistance

The Mitos Micromixer Chip is a microfluidic device designed for millisecond mixing of two fluid streams.

Fast mixing times may be required for nanoparticle synthesis, reaction selectivity, crystallization, study of kinetics and rapid sample dilution.

Benefits

• Extremely rapid mixing
• Low dead volume
• High visibility
• Quick connect/disconnect
• Pre-mix heating/cooling of fluid
• Wide temp/pressure range
• High chemical resistance

The Mitos Capillary Electrophoresis Chip A is designed for the separation of biological molecules using the method of capillary electrophoresis.

The chip incorporates a cross-channel design with 20µm channel depth and 30mm length of channel for analysis of separation performance.

Benefits

• Small sample volume
• High visibility
• Extremely smooth channel surface
• Wide pressure and temperature range
• Excellent chemical compatibility

The Mitos Wellplate has a 40 x 40 array of nano-litre wells. On the standard plate each well has a volume of 0.26nl, and customisation offers alternative volumes.

The 40 x 40 array covers an area of 10 x 10mm and is designed to fit onto a microscope slide and under a standard cover slip.

Benefits

• Enables experiments with nanoscale volumes
• Excellent optical transmission
• Custom sizes available
• Extremely smooth surfaces
• Custom surface coatings available

The Y-Junction Chip is a glass microfluidic device designed for a range of applications including Liquid-liquid contacting with separation and observation of microchannel flow.

The chip is designed to fit into mitos chip holder H with two Mitos Edge Connectors.

Benefits

• Extremely smooth channel surface
• Wide temperature and pressure range
• Excellent chemical compatibility
• Quick connect/disconnect
• High visibility

If these standard microfluidic connectors do not meet your requirements, please contact us and tell us what type of microfluidic device you require.

Dolomite's experienced design team will work with you to discuss how we can achieve your custom project.

Benefits

• Microfluidic expertise
• Market leading technology
• Years of microfluidics experience
• Flexible design team
• Forward thinking approach
• Microfluidic consultancy