Our client is a high-tech start-up with a novel microfluidic process for encapsulating peptide and protein generics in spheres that enable controlled release of the drug. Complex issues with the physics were preventing them from scaling up small prototypes into a production-scale device

Approach

We analysed the issues from a number of angles

• We reviewed scientific literature into the microfluidic processes and identified the key parameters that lead to successful production of spheres
• We identified new device designs that eliminated geometries where fluidic problems can occur
• We developed a mathematical model to predict the sensitivity of a scaled-up, parallel process to manufacturing tolerances

This resulted in seven recommendations to guide the development process.

Benefit

• This was a short, sharp piece of work that helped our client surmount a critical obstacle
• They have now secured £2 million in funding, which will enable them to develop the scaled-up process