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Laboratory ventilation: fume hood controller, airflow control and operator safety

In a chemical, pharmaceutical, academic or industrial environment, a high-performance fume hood does not rely only on its enclosure: it also depends on the quality of its controller, the accuracy of airflow regulation and the system ability to adapt to real activity.

+55Years of expertise
70Countries
500+Clients worldwide
3Product ranges
01

Why laboratory ventilation is essential

In a laboratory, the fume hood protects the operator from emissions of gases, vapours, fumes or potentially hazardous particles. For this protection to be truly effective, it depends directly on the quality of laboratory ventilation and on maintaining a suitable face velocity at the sash opening.

Poorly regulated ventilation can lead to several consequences: increased user exposure, unstable airflow patterns, loss of containment and excessive energy consumption. Conversely, a well-controlled installation maintains a constant level of safety while optimising extracted airflow according to the real use of the fume hood.

This is precisely the value of a control and regulation system: it measures, adjusts, alerts and continuously improves the performance of the extraction workstation.

02

The role of a laboratory fume hood controller

A laboratory fume hood controller is used to manage the ventilation of an extraction workstation and secure its operation. Depending on the selected architecture, it can control face velocity, regulate airflow, manage visual and audible alarms, communicate with other devices and help reduce the energy consumption of the laboratory.

Maintain a constant level of safety for operators
Monitor operating deviations
Adapt extraction airflow to actual demand
Improve the overall stability of ventilation
Reduce energy costs linked to fume hoods
Manage alarms and alerts in real time
03

SmartFlow: intelligent control of fume hood ventilation

The SmartFlow solution was designed to improve the control and safety of laboratory fume hoods. It is intended for installations seeking precise control, better visibility of workstation performance and a more advanced approach to airflow regulation.

SmartFlow makes it easier to control extraction workstation behaviour while improving overall ventilation system operation.

SmartFlow New

SmartFlow is particularly relevant for laboratories wishing to strengthen operator safety, gain better workstation control and modernise an existing installation.

Strengthen operator safety
Optimise airflow regulation
Improve consistency between actual use and extraction
Modernise an existing installation
Discover SmartFlow →
04

SEAT RX: duct airflow control solution

In many laboratories, ventilation performance does not depend solely on the fume hood itself, but also on network balance. This is where SEAT RX comes in, a solution dedicated to duct airflow control.

By acting directly on airflow management in ducts, SEAT RX helps stabilise system performance and improve consistency between several extraction workstations.

SEAT RX Network control

SEAT RX perfectly complements an overall safety and energy-efficiency strategy by providing a network-level response to fume hood control challenges.

Distribute airflow more effectively
Improve overall network balance
Reduce operating drift
Optimise energy performance
Strengthen laboratory ventilation stability
Discover SEAT RX →
05

Ventilation controllers for laboratory fume hoods

To meet the diversity of laboratory configurations, SEAT Ventilation offers a dedicated range of ventilation controllers for laboratory fume hoods.

Secure an existing fume hood
Modernise an installation
Improve extracted airflow regulation
Strengthen workstation supervision
Combine safety and energy savings
Adapt control to each configuration
View all SEAT fume hood controllers →
06

Ecoglass: automatic fume hood sash closing after inactivity detection

The sash position directly affects extracted airflow and therefore the energy consumption of the fume hood. A movable front left open unnecessarily causes a lasting increase in extraction demand.

Ecoglass Energy

By automatically closing the movable sash when no activity is detected, Ecoglass improves control of extracted air and enhances overall energy performance.

Reduce energy losses
Encourage better fume hood usage discipline
Strengthen safety
Optimise daily laboratory operation
Ideal complement to a fume hood controller
Discover Ecoglass →

Frequently asked questions

What is a laboratory fume hood controller…

What is a laboratory fume hood controller?+

A laboratory fume hood controller is a system used to manage the ventilation of an extraction workstation, monitor its operation and help protect operators.

Why must laboratory ventilation be regulated?+

Regulation allows airflow to be adapted to real demand, improves flow stability, enhances safety and reduces energy consumption.

What is duct airflow regulation used for?+

It is used to balance the ventilation network, stabilise airflow and improve overall system performance.

Why automate the closing of a fume hood?+

Automatic closing reduces energy losses linked to a sash left open when unused, while reinforcing safe operating habits.

Which page should I consult to choose a SEAT fume hood controller?+

You can directly consult the dedicated collection page for laboratory fume hood ventilation controllers on the SEAT Ventilation website.

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