MicroFluidics

Microfluidics devices are becoming more and more important in a wide range of biological diagnostic and research applications. At Singularity Engineering, we have extensive experience in the simulation of microfluidic devices. In addition we work with a wide range of companies in the bay area to help them accelerate development and optimize their design.

 
 
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Droplet Generation

Droplet generation

Droplet generation in microfluidics devices are used to create small droplets of liquids. These droplets are very useful for analysis and screening. However the shape of the channel, surface tension, fluid properties and boundary conditions plays a big role in the effectiveness of the droplet generation devices.

Particle flow interaction

It is often important to look at the interaction of particles in the droplet generation context. Here we have an example of a macroscopic particle interacting with droplets.

These macroscopic particles simulations interact with the fluid flow and shows the impact on the droplet generation process.

 

Optimization

Everyone wants to develop the best device possible. However, engineering is full or trade-offs and compromises. We use automatic parametric design exploration to quantify these trade-offs and help you find the optimal design.

Even if the most optimal design remains elusive, we can still gain a great deal of understanding.

 
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Separation and Filtration

Particle separation

Particles in a liquid can often be separate and filtered out using microfluidic devices. This requires the simulation of both continuous liquid and solid particles.

Here is an example of a deterministic lateral displacement system. The spacing, size, viscosity and operating conditions can be quickly tuned in simulation to optimize performance and yield.

Filtration

Filtration can be an important part of microfluidics and bio-processing. We simulate and optimize filters of all kinds. From porous media to cyclone and everything in between. Our ability to accurately capture the movement of particles with complex behavior mean our simulations are accurate and fast.

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