Our products help improve performance and reduce downtime and energy consumption on production lines across the world.
We have strong experience in a number of sectors and use our understanding of the technical challenges and legislative framework to develop pioneering platform products to answer specific needs.
We aim to help our customers get the most out of their products, enabling them to drive down the total cost of ownership.
We want you to have the resources you need to help you select and order the best products, quickly and efficiently.
Our network of distributors has been carefully selected to provide customers across the USA & Canada with the additional support they sometimes need.
We are a world leader in fluid and motion control technologies, delivering exceptional solutions which improve the productivity and efficiency of our customers' equipment.
Whether it's new technologies you want to learn about, or just a refresh on your understanding, we aim to provide you with the information you need to fully optimize your fluidic path.
Read about our experience in the life science sector focused on the custom design and manufacture of precision fluidic and motion control components and assemblies for the OEM instrument manufacturer.
Read about our focus on providing fluid control solutions for the VRA sector.
Discover our white paper on the subject of designing fluidic systems for harsh life science, environmental, medical and diagnostic environments.
Our white paper explores the options available when choosing connections and fittings for manifolds in life science applications.
Read our white paper which explains how manifold assemblies can simplify valve installations.
This white paper investigates the significance of flow stability in flow applications and presents competitive data on this key performance feature when various variables are introduced.
Achieving the optimal fluid handling operations within a Life Science instrument is highly dependent on selecting the right product configuration. This paper introduces the key characteristics that influence such selection.
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