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Selecting the right mass flow controller (MFC) or mass flow meter (MFM) starts with understanding accuracy—yet accuracy specifications can vary widely…
Global efforts towards decarbonization have led to the rapid evolution of carbon capture and utilization (CCU) technologies. Among these, the chemical…
Pictured: GF40 mass flow controllers in Qinu’s gas handling system... Quantum technologies, including quantum computing, quantum sensing, and quantum …
The research and development team at a chemical and petrochemical manufacturer works on test production and feasibility before moving to larger scale …
The manufacturing science and technology (MSAT) team at a global biologics & pharmaceutical manufacturer works on small batch runs to test product…
How do you simplify set up and configuration of your digital mass flow controllers while also improving process control?
In high-tech manufacturing, precision and reliability are critical. Yet, running a process with a legacy or obsolete mass flow controller or meter can…
Mass Flow Controllers (MFCs) are critical instruments in the gas management subsystem for the bioreactor, responsible for maintaining precise gas cont…
The SLA Series mass flow controllers with EtherNet/IP or PROFINET digital communications are capable of outputting 500+ attributes enabling the abilit…
The biotechnologies associated with new drugs and gene-based therapies have become increasingly complex, requiring correspondingly complex manufacturi…
What is the “usable” range of a mass flow controller? Is usable range the same as turndown ratio?
The renewable energy market has grown in both size and importance in recent decades and continues to rapidly expand. While there is no shortage of way…