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Welcome to our first newsletter
Dolomite had great success in 2009, more than doubling our business. We launched many new products, including the revolutionary Mitos P-Pump designed especially for stable droplet formation. In addition we are pleased to announce our collaboration with Emerald BioSystems on the development of the Microcapillary Protein Crystallization System Plug MakerTM. The Plug MakerTM has just won the coveted "New Product Award" at LabAutomation 2010 (Palm Springs, CA).
The outlook for 2010 is again very promising. Responding to increasing demand from existing and new sectors, we expanded our team by appointing two European Development Managers. Dolomite is rapidly becoming the world leader in the development and manufacture of microfluidic chips and connectors.
Please have a look at our new company video to find out more about Dolomite and our innovative products.
Andrew Lovatt, CEO
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New Mitos P-Pump proves to be huge success
Using a precise pressure driven pumping mechanism, the new Mitos P-Pump provides a pulseless liquid flow, which is ideal for microfluidic systems where a highly stable flow is required for applications such as droplet formation.
Operating over a wide pressure range of 0-10 bar, the pump is suitable for use with systems of high fluidic resistance.
Click here for more information...
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New innovative protein crystallography instrument
Dolomite's ultra-smooth pump technology, coupled with its world-beating expertise in microfluidic devices and connector engineering, enabled the rapid development of the revolutionary Microcapillary Protein Crystallization System Plug MakerTM.
In under a year, Dolomite carried out all elements of the Plug MakerTM instrument design and development, creating an easy-to-use system based on Emerald's core science. It rapidly creates a series of 10nl plugs of protein and precipitant samples in a plastic CrystalCard, which are then allowed to crystallize.
Click here for more information....
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Dolomite launches new Y-Junction Chip for multiphase flow
This versatile and compact glass microfluidic chip enables liquid-liquid contact of immiscible fluid streams, as well as investigations into the diffusion of molecules between parallel laminar flow streams.
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