Partnership Announcement: Team SOLID & Brooks Instrument
We’re excited to announce our partnership with SOLID at Eindhoven University of Technology in the Netherlands. Team SOLID is developing innovative iron-based energy storage technology using a Steam Iron Reactor (SIR2), an exciting approach for transporting and storing hydrogen safely and sustainably. Read more [Picture source: Brooks Instrument on linkedin.com]
Supercompact Gas Flow Control for Benchtop and Laboratory Systems
The GC Series delivers precise, stable gas flow control in an ultra-small footprint, 20 X 40 X 60 mm. Designed for non-GMP tabletop biotech, laboratory systems, and cost-sensitive OEM platforms, GC combines value-based MEMS technology with practical performance and in-situ calibration…
Understanding Mass Flow Controller & Mass Flow Meter Accuracy
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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 between manufacturers and are often expressed using different terminology. This can make meaningful comparisons difficult. Read more
Designed for the next generation of compact systems
Big performance doesn’t have to come in a big package. Brooks Instrument is getting ready to introduce something new in flow control—designed for the next generation of compact systems from bioprocessing to thin film, advanced coatings, and optical fiber applications.
Critical Low Flow Measurement and Control in Space Applications: From Gemini to Artemis II
Brooks Instrument has supported the U.S. space program for more than 65 years, delivering high-accuracy flow measurement and control solutions for mission-critical aerospace applications. From early NASA missions to today’s Artemis program, Brooks technologies have played a role in ensuring safety and reliability across a range of aerospace applications. Read more
Understanding Mean Time Between Failure (MTBF) for Process Instrumentation
Mean Time Between Failure (MTBF) is a measure of the reliability of a hardware product, component or system. MTBF is largely based on assumptions and the definition of failure and attention to these details is important for proper interpretation. For complex, repairable systems, failures are considered to be those conditions which place the device or…
See our BCU Series Clamp-on Ultrasonic Flow Meter in action
Alphinity Inc. selected the BCU Series for their new TFFi platform, the first TFF system built for fragile modalities, protecting product and boosting potency. Read more [Picture source: Brooks Instrument on linkedin.com]
Non-Invasive Flow Measurement in Perfusion Systems Using Clamp-On Ultrasonic Technology
Perfusion systems are widely used in upstream bioprocessing to enable continuous cell culture and high-productivity biologics manufacturing. These systems require precise control of media addition, product harvest, and waste removal while maintaining strict sterility. Read more
BCU Clamp-on Ultrasonic Flow Meter
BCU Series is the first clamp-on ultrasonic flow meter purpose-built for single-use or hybrid bioprocessing. It delivers real-time liquid flow measurement without ever contacting the fluid, preserving sterility and minimizing validation effort. Read more
Ultrasonic Flow Meter with EtherNet/IP Features a Web-based Interface
Brooks Instrument BCU Series Clamp-On Ultrasonic Flow Meter with an EtherNet/IP digital communication protocol, features an embedded web-based interface, making it easier for predictive maintenance, trending, and remote configuration to improve process quality.