Qinu GmbH Selects GF40 Mass Flow Controller for Precise Flow Performance in Gas Handling System for Quantum Technology
Quantum technologies, including quantum computing, quantum sensing, and quantum communication, are revolutionizing industries by leveraging the principles of quantum mechanics. Testing these cutting-edge systems demand ultra-precise control of gas flow, pressure, and composition to maintain stable, ultra-pure environments critical for quantum coherence and performance. The Brooks Instrument thermal mass flow meter is engineered to…
Calling all university students in need of the best equipment for their research projects
Get a FREE power supply/read out when you purchase a combination of three LabVIEW compatible mass flow controllers (MFCs) or Capacitance Manometers. Learn more [Picture source: Brooks Instrument on linkedin.com]
Leveraging EtherNet/IP & Advanced Features of Brooks Instrument MFCs to Prevent Process Failures
The research and development team at a chemical and petrochemical manufacturer works on test production and feasibility before moving to larger scale production environment. Brooks Instrument mass flow controllers (MFCs) provide the gas flow control in reactors the team uses to run the pilot plant research. Emerson DeltaV™ is the automation platform typically used…
Optimize Process Performance with Digital MFCs
Today’s digital mass flow technology gives operators and process engineers real-time insight into multiple data points in their systems. Brooks Instrument has configured an advanced, smart suite of alarms, warnings and error alerts, available via SLA Series MFCs, to identify areas where fluid flows might be dropping below critical thresholds. Read more
Risks of Using Third-Party Calibration Providers for Your Brooks Mass Flow Controller: What You Should Know
A leading biotechnology company and Brooks Instrument customer noticed some of their bioreactors were experiencing control issues. Knowing mass flow controllers (MFCs) are a critical component in the bioreactor, the process engineer decided to call their Brooks Instrument Account Manager. Shortly after, the Account Manager arranged for a visit with a Brooks Instrument Field Service Engineer…
Breathe new life into your mass flow controllers (MFCs) with our MFC Upgrade Program
This cost-effective solution extends the life of your existing equipment by transforming your legacy MFCs into cutting-edge digital instruments. You’ll save 30-40% compared to buying new MFCs with this MFC Upgrade Program. Don’t let tight budgets hold you back from having the latest technology. Learn more
Brooks Instrument Celebrates New Manufacturing Site in Malaysia
Brooks Instrument, a world leader in advanced flow measurement and control, recently celebrated a grand opening for its new manufacturing facility in Penang, Malaysia, where it produces mass flow controllers (MFCs) used in semiconductor and other critical gas flow control applications. Read more
Using Advanced MFC Alarms To Diagnose and Solve Bioprocessing Issues
The best digital mass flow controllers (MFCs) feature alarms and diagnostic tools to give you more complete insight into the quality and efficiency of your biopharma processes. Read more and watch the video
Brooks Instrument Coriolis Liquid Flow Meters & Controllers – Theory of Operation
In this video, Brooks Instrument proudly presents the theory of operation behind our third-generation Quantim® Series Coriolis liquid flow meters and controllers. The Coriolis flow meter is designed for low-flow gas and liquid applications such as catalyst research, mass balance calculations in pilot plants, and more. Watch the video
Carbon Nanotube Production Relies on Mass Flow Controllers with Superior Long-term Stability for Accuracy and Control of Multiple Gases
Carbon nanotubes (CNTs) are nanoscale forms of carbon exhibiting exceptional physical and chemical properties. Discovered in 1991, these cylindrical structures are typically one atom thick and one dimensional. They have garnered significant scientific and technological interest due to their unique features such as impressive tensile strength and high thermal conductivity. Read more