CASE STUDIES & SUCCESS STORIES
Explore how we've partnered with various industries to overcome challenges, innovate solutions, and achieve remarkable results.
INSPIRE & IMPACT
FACING CHALLENGES HEAD-ON
Discover and gain valuable insights on how our innovative approaches have inspired breakthroughs in product design, manufacturing efficiency, and sustainability. We have the rundown on the real benefits achieved through not only our partnerships but also through cost saving techniques — all while reducing environmental footprint.
Read about how NASA worked with us to develop manifolds that could withstand the harsh environments of space travel.
WE PROVIDE SUSTAINABLE SOLUTIONS
FEATURED CASE STUDY:
FOOD SAFETY SOLUTIONS
One of our esteemed customers within the food processing industry came to us with a unique challenge: increase product yield and cut cycle time while keeping to strict FDA regulations.
Read the case study to see how we decreased cycle times by 33% and increased product yield in the process.
SEE THE RESULTS
REACH BETTER OUTCOMES WITHOUT COMPROMISE
Whether the product needs to cut cycle times, increase production efficiency, or meet an entirely different goal, Controlled Fluidics has worked and will continue to work alongside our customers to make them happen.
Get better project results. Make those lessons learned less painful.
OTHER CASE STUDIES
Here are more case studies for you to peruse.
HOW CONTROLLED FLUIDICS CUT CYCLE TIMES BY 33% FOR ENHANCED EFFICIENCY IN FOOD SAFETY
For a customers specializing in the food processing and safety, Controlled Fluidics created a specialized manifold fit for their machines that would lead to several benefits.
MORE CASE STUDIES TO COME
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WHAT OTHERS HAVE TO SAY
Although case studies give the details, our previous customers can tell you more
The parts you make for us will go on the next sequencer, hopefully for gaining better understanding of ‘science’ and develop treatments ahead of time so we never find ourselves in the situation we now are in again. If you ever wondered whether what we do (Controlled Fluidics included) is important, you don’t need any better proof.
Biomedical Researcher
New York