Video Library | Brooks Instrument

Video Series

Brooks Instrument Clamp-On Ultrasonic Flow Meter

An introduction to the BCU Series, the first clamp-on ultrasonic flow meter purpose-built for single-use or hybrid bioprocessing. Learn how it delivers real-time liquid flow measurement without ever contacting the fluid, preserving sterility and minimizing validation effort. Explore more about the features, including EtherNet/IP built in, allowing it to integrate effortlessly into automated skids and digital control systems - no gateways, no converters.

BCU Series Clamp-On Ultrasonic Flow Meter with EtherNet/IP: Introduction

Brooks Instrument explains how the BCU Series Clamp-On Ultrasonic Flow Meter enables accurate, non-invasive ultrasonic flow measurement while integrating seamlessly into modern automated bioprocessing systems.

BCU Series: Web-Based Interface

The Brooks Instrument BCU Series Clamp-On Ultrasonic Flow Meter features an embedded web-based interface, making it easier for predictive maintenance, trending, and remote configuration to improve process quality.

BCU Series: Tangential Flow Filtration (TFF) (Downstream)

This video demonstrates how the BCU Series Clamp-On Ultrasonic Flow Meter delivers accurate, non-invasive flow measurement in tangential flow filtration (TFF) downstream bioprocessing.

BCU Series: Perfusion Systems (Upstream Bioreactors)

This video demonstrates how the BCU Series delivers accurate, non-invasive flow measurement in an upstream single-use bioprocessing perfusion system.

Video Series

Brooks Instrument Pressure-Based Mass Flow Controllers & Meters

Learn more about the Brooks Instrument model series of pressure-based mass flow controllers and meters.

Pressure-based Mass Flow Controllers: The Principle of Operation

Brooks Instrument explains the principle of operation behind our metal sealed pressure-based mass flow meter (P-MFC) from our GP200 Series.

Pressure-based Mass Flow Controllers & Meters for Advanced Semiconductor Manufacturing (Pt. 1)

Semiconductor Digest interviews Mohamed Saleem, PhD, Chief Technology Officer, Brooks Instrument. Mohamed discusses how in semiconductor manufacturing processes such as dry etch, chemical vapor deposition, and diffusion use a variety of gases for wafer manufacturing.

Pressure-based Mass Flow Controllers & Meters for Advanced Semiconductor Manufacturing (Pt. 2)

Semiconductor Digest interviews Mohamed Saleem, PhD, Chief Technology Officer, Brooks Instrument, who discusses how the pressure-based mass flow meter operates overall. Saleem mentions that a traditional pressure-based mass flow meter (P-MFC) uses two discrete pressure transducers to measure a pressure drop across a flow restrictor.

Video Series

Brooks Instrument Thermal Mass Flow Meters & Controllers

A deep dive into how Brooks Instrument Thermal Mass Flow Controllers and Meters work and helpful resources to get the most of your Brooks products.

Mass Flow Controller (MFC): The Principle of Operation

Brooks Instrument explains the principle of operation behind our thermal mass flow meter from our SLA Series. The SLA Series has gain broad acceptance as the standard for accuracy, stability, and reliability.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Superior Long-term Sensor Stability

In this side-by-side comparison, gas flows through both a traditional thermal mass flow meter and the Brooks SLA Series. With its higher turndown capability, the SLA Series can cover a broader range of flow rates with a single device, reducing the need for multiple meters and gas lines.

Brooks Instrument Thermal Mass Flow Controllers & Meters: High Turndown Ratio

In this side-by-side comparison, gas flows through both a traditional thermal mass flow meter and the Brooks Instrument SLA Series. With its 250:1 turndown ratio, the Brooks meter can handle a much wider range of flow rates with a single device, reducing the need for multiple meters and gas lines.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Embedded Web-Based Interfaces

Brooks Instrument SLA Series thermal mass flow meter with EtherNet/IP or PROFINET digital communication protocol feature an embedded web-based interface, making it easier to network and deliver rich data allowing for predictive maintenance and improved process quality.

How to Write LabVIEW™ Programs for Brooks Instrument Mass Flow Controllers & Meters

Brooks Instrument explains how to connect a Brooks Instrument analog mass flow meter to LabVIEW™. You'll also learn how to send a set point and monitor flow response.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Extremely Fast Response Time

This video demonstrates the extremely fast response time of Brooks Instrument's SLA5800 Series mass flow controller, which permits accurate simulation of rapidly changing process conditions.

Maximize Hydrogen Energy Generation with Precision Fluid Measurement & Control

Brooks Instrument provides high-performance flow and pressure control technologies that enable safe, efficient, and scalable operations across hydrogen production, fuel cells, carbon capture, and e-fuel synthesis.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Autocorrect Pressure Regulator Error

Brooks Instrument SLA Series thermal mass flow controllers & meters are engineered with a built-in pressure regulator error autocorrection.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Autocorrect Shut-Off Valve Error

Brooks Instrument SLA Series thermal mass flow controllers & meters are engineered with a built-in shut-off valve error autocorrection.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Restricted Flow Alarm

Brooks Instrument SLA Series thermal mass flow meter is engineered with a restricted flow or choked flow alarm. During an event, there is a loss of flow due to pressure drop or other causes of restricted flow.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Setpoint Deviation Alarm

Brooks Instrument SLA Series thermal mass flow controllers &meters are engineered with a setpoint deviation alarm.

Brooks Instrument Thermal Mass Flow Controllers & Meters: Zero Drift History Alarm

Brooks Instrument SLA Series thermal mass flow controllers &meters are engineered with a zero drift history alarm.

Video Series

Brooks Instrument Quantim QMC Coriolis Mass Flow Controllers & Meters

Explore the scientific principles behind the Brooks Instrument QMC Series Coriolis Mass Flow Controllers & Meters

Quantim QMC Coriolis Mass Flow Controllers & Meters: An Introduction

Explore the features and benefits of the the new third-generation Coriolis mass flow meter in our QMC Series from Brooks Instrument.

Coriolis Mass Flow Controllers & Meters: The Principle of Operation

Brooks Instrument explains the principle of operation behind our third-generation Coriolis mass flow meter from our QMC Series. The Coriolis flow meter is designed for precision low-flow gas and liquid applications such as catalyst research, mass balance calculations in pilot plants, and more.

Coriolis Mass Flow Controllers & Meters: The Principle of Operation (Extended Version)

This is the extended, more in-depth version of our Coriolis Principle of Operations video series.

Video Series

Brooks Instrument Factory Service

Learn more about Brooks Instrument factory certified service.

Factory Certified Service Advantage

Brooks Instrument products are recognized as the most stable and reliable in the world. To keep your products operating at the highest level of accuracy and extend their life, your best choice is to trust Brooks Instrument Factory Certified Service instrument repair and calibration offerings.