About Controlled Fluidics
Controlled Fluidics specializes in plastic bonding and custom plastic assembly products. As a premier certified plastics manufacturer, Controlled Fluidics continually meets the needs of our customers across many specialized industries. Our "Big 4" industries are Aerospace, Life Sciences, Medical, and Industry Research. However, these only mark some of where our clients come from.
Our precision plastic machining experience dates back to 1980, and we have seen the growth and change throughout our time in the plastics industry first-hand. Thus, when Controlled Fluidics formed in 2011, we had the team and the resources to make advancements through innovation.
Since then, our team of highly knowledgeable engineers have guided and continue to guide our experienced staff on the latest trends and advancements in plastic manufacturing. That's why we can say with confidence our satisfaction guarantee.
Controlled Fluidics Difference
We Enjoy a Challenge
Over the years, Controlled Fluidics has partnered with customers and key plastics industry professionals to solve complicated challenges.
We Are Dedicated
Our commitment to response and delivery speed set industry standards. With these values, our team is ready to assist with your designs.
We Seek Innovation
We, as a company, seek to provide innovative yet proven technical solutions for the most optimal fluidics design available.
Controlled Fluidics focuses on top quality at every stage of your manifold fabrication or plastic machining process. Our expertise is unmatched, and our engineers communicate clearly with customers about their specific needs to produce the most precise, highest-quality product.
We are ISO 9001:2015 registered and adhere to the following standards:
ANSI/ASQ Z 1.4
ANSI/NCSL Z 540-1-1994
A copy of our ISO registration letter is available upon request.
Controlled Fluidics occupies approximately 30,000 square feet of workspace in Milford, NH, and Wallingford, CT. We proudly employ over 50 trained and experienced personnel to keep both facilities running like a well-oiled machine from design to shipment.
At both sites, we house our high-performance, well-maintained 3-5 axis CNC machines that provide rapid-production precision machining. Mainly used for smaller runs, these machines can handle specialized plastics parts for prototypes or limited release products.
These facilities combine powerful machining and unique bonding capabilities to deliver. Because of these means, short-run multi-layer bonded manifolds can ship in as little as two weeks.*
Meet the Team
Our team is comprised of expert engineers who can bring your dream to reality. With over 60+ years of combined experience from our leadership alone, our passions and interest lie in creating the best.
In 2011, Tom founded Controlled Fluidics in response to industry demand for higher-quality, lower-cost manifolds. He brings a wealth of knowledge about the design and manufacture of fluidic and microfluidic bonded manifolds that provides the highest quality products to Controlled Fluidics’ customers. His experience helps create precision plastic components for devices that do everything from acting as a patient’s temporary heart/lung to facilitating microgravity experiments on the International Space Station.
Before Controlled Fluidics, Tom was principal engineer and owner of Connecticut Plastics, where he oversaw sales and process development, and had served as a design engineer for multiple companies. Tom earned his BS in physics from Providence College, his BS in mechanical engineering from Columbia University, and his MS in mechanical engineering from the University of Michigan.
"As the General Manager of Controlled Fluidics, I work with clients who need technically challenging bonded manifolds and plastic machined components. I work with our engineers and production people to get the job done right the first time. I harness my experience with operations to reduce costs while increasing efficiency, and make sure everyone on our team still enjoys hanging out with each other afterward. Whether we're creating components used in state of the art mammography machines or in lab experiments on the international space station, I love making a big difference and seeing their effects in real time and first hand."
"I am a rare combination: both engineer and salesperson. It’s not a typical background for sales, however, our products are anything but typical. It can take an engineering degree to fully explain the complexities of our products, capabilities, and their application, but I'm well-versed in breaking down complicated concepts to simple facts.
"I find it inspiring that our components are used in devices that are part of everything from state of the art mammography machines to lab experiments on the international space station. I work to solve challenges in the most efficient way possible, so our clients know that they picked the right partner for the job."
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We are very happy with the first work order that was successfully completed Tuesday. As we stated earlier, please thank those involved in manufacturing these parts. Our production folks are thrilled about the results using CF parts (we had no failures!) and looking forward to defect free parts on future orders.
Environmental Testing Company
Everything has been going great! We installed both the pump and input manifolds onto an instrument and have run a few cartridges so far. The data is good and the pressure profiles from the pumps are also good. I'll continue running cartridges and keep you updated.
Aerospace Project Manager