Cleaner Workstations. Greater Flexibility. Better Process Control.
Laboratory and electronics processes can generate fumes, vapours, smoke and airborne contaminants directly at the point of work. Capturing these emissions at source helps maintain cleaner workspaces, improve operator comfort and support consistent process quality.
Nederman provides fume extraction solutions for laboratories, research facilities and electronics manufacturing environments, helping organisations control contaminants before they spread into the surrounding workspace. From laboratory benches and testing areas to electronics assembly and soldering stations, our solutions are designed to deliver efficient source capture while maintaining easy access to the task at hand.
Different processes generate different types of airborne contaminants, which is why extraction solutions need to be matched to the specific application.
Nederman extraction solutions are suitable for:
Whether the challenge is soldering fumes, chemical vapours, odours or airborne particulates, effective source capture helps maintain cleaner and more productive working environments.
Effective extraction starts by capturing contaminants as close to the source as possible.
Nederman extraction arms are designed to give users the flexibility to position extraction exactly where it is needed, helping maximise capture efficiency without restricting visibility or movement. Their compact footprint and exceptional manoeuvrability make them ideal for laboratory benches, electronics workstations and other applications where precision is essential.
As work processes change throughout the day, extraction can be quickly repositioned to continue providing effective source capture exactly where contaminants are generated.
Electronics assembly and soldering processes require extraction solutions that can effectively capture fumes while supporting detailed and precise work.
Nederman offers solutions designed specifically for electronics applications, including flexible benchtop extraction arms and kits that provide accurate positioning and efficient fume capture at individual workstations. Options are also available for specialist environments, including ESD-sensitive applications and processes with enhanced safety requirements.
The result is a cleaner, more comfortable working environment that supports both operator performance and product quality.
Every facility has different operational requirements and installation constraints.
Depending on the application, laboratory and electronics facilities may choose between ducted extraction systems that remove contaminants from the workspace or recirculating systems that filter the air before returning it to the room. Nederman offers solutions to support both approaches, helping customers identify the most suitable option for their environment and process requirements.
Learn more about laboratory extraction systems and choosing the right extraction approachExtraction performance depends on more than airflow alone.
Nederman extraction arms are engineered to optimise airflow throughout the arm assembly, supporting efficient contaminant capture while minimising pressure losses, energy consumption and noise levels. Advanced design and airflow optimisation help deliver reliable extraction performance in laboratory and electronics environments where comfort and usability are important.
Benchtop extraction arms remain one of the most effective solutions for capturing fumes and airborne contaminants at laboratory benches and electronics workstations.
Designed for flexibility, ease of use and precise positioning, they enable contaminants to be captured directly at the source while maintaining unrestricted access to the work area.
Whether you are designing a new laboratory, upgrading existing workstations or improving extraction in an electronics production environment, Nederman can help you identify the most effective solution for your application.
