Lab-on-a-chip, BioMEMS devices are being increasingly used 
in applications such as point-of-care diagnostics, drug 
delivery, drug discovery, and tissue engineering.  These 
miniature devices are complex and usually involve multiple 
steps such as sample preparation, pumping, dispensing, 
detection, etc. Optimizing each of these steps requires 
understanding the underlying phenomena such as surface 
tension, electrokinetics (DEP, electroosmosis, 
electrophoresis, and electrowetting), fluid-structure 
interaction and biochemical & electrochemical reactions. 
CFD/Multiphysics simulation tools can play a pivotal role 
in 
analyzing the various complex phenomena leading to faster, 
robust, cost-efficient design and optimization of these 
devices

Mr. Kunal Jain, Product Manager - ACE+ Suite will provide 
an 
insights on how ESI's  CFD/Multiphysics software, ACE+ 
Suite, can be used to optimize a Microfluidic device. The 
presentation will cover:

-Design challenges in a commercial Biochip 
-VOF, Electrokinetics, Binding, Particle Transport, etc. 
-Benefits of Design and Optimization using ACE+ Suite 
-Live Demo of running a microfluidics problem in ACE+ 

**Attendees can request a 15 day free ACE+ Suite trial 
license by email.

To register visit http://bit.ly/12qgShk
To view more information visit bit.ly/12qhhAl