For over 64 years, Fluid Metering, Inc. (FMI) has been the trusted benchmark in OEM partnership in terms of fluid control ease of installation, performance, and dependability. Our multidisciplinary team of product specialists and technical experts provide a unique level of service and support from engineering design to inception. Whether it is a complex issue involving fluid dynamics or a common pumping system problem, the result is unparalleled confidence in your flow control solutions.
Recent Posts
As a mechanical engineer working on the hardware design of IVD platforms for ISO:13485 medical devices, it's essential to understand the different fluidic architectures and their pros and cons. Two popular methods for dispensing fluids accurately and consistently are air over liquid dispense system (aka, time pressure dosing system) and piston pumps.
Synthetic DNA, also known as gene synthesis, is an artificial process that involves the creation of DNA sequences through chemical synthesis. This technology has many potential applications in fields such as medicine, biotechnology, and genetic engineering. To create synthetic DNA, specialized instruments are required that use several types of fluids to create the desired sequences. One crucial component responsible for transporting fluids throughout the instrument is the pump. In this white paper, we will discuss the process of selecting a pump for an instrument used in the creation of synthetic DNA.
As a mechanical engineer in the life science industry, choosing the right fluid handling supplier is critical for project success. When evaluating potential suppliers, there are several qualifications to consider, backed by data. Now more than ever, it is important to work with a partner who is committed to transparency, tracking, and validation through the project’s entire lifecycle.
