As engineers look to design fluidics systems
for life science equipment, careful attention
must be paid to the system's environment.
While many life science instruments work with
innocuous materials, others require wetted
paths to withstand aggressive environments
that would quickly render the system useless
or inaccurate if not properly designed.
Here we look discuss a few key environmental
conditions to consider when designing fluidic
systems for harsh life science environments.
WHITE PAPER
Designing Fluidic Systems
for Harsh Life Science, Environmental,
Medical and Diagnostic Environments
Life Science
