Laboratory Extraction Arms provide flexible, point-of-source ventilation for laboratory environments where fumes, vapors, odors, dust, or airborne contaminants are generated during routine procedures. Designed to capture contaminants as close as possible to their point of origin, extraction arms help improve air quality, enhance workplace safety, and reduce the spread of airborne materials throughout the laboratory. Their articulating design allows users to position the extraction hood exactly where ventilation is needed, maximizing effectiveness while maintaining an open and accessible work area.
Engineered for smooth movement and dependable performance, Extraction Arms feature multiple pivot points that allow the arm to be easily positioned, extended, and adjusted without tools. Once in place, the arm remains stable while providing efficient contaminant capture across a wide range of laboratory applications. The flexible design makes these systems ideal for research laboratories, educational facilities, pharmaceutical environments, industrial testing areas, quality control laboratories, and healthcare applications.
Laboratory Extraction Arms can be used for a variety of processes involving chemical fumes, solvent vapors, soldering operations, sample preparation, powder handling, and other tasks that benefit from localized exhaust ventilation. By capturing contaminants at their source, extraction arms can reduce the need for larger ventilation systems to manage airborne emissions throughout an entire room, contributing to a cleaner and more efficient work environment while helping protect personnel and sensitive laboratory processes.
Available in multiple lengths, mounting configurations, and hood styles, Laboratory Extraction Arms can be customized to meet the specific requirements of individual workstations and facilities. Their durable construction, versatile positioning capabilities, and efficient source-capture performance make them an ideal solution for laboratories seeking a practical, space-saving approach to localized ventilation and contaminant control.
The ideal extractor for laboratory environments.
With its optimal design, the Ø 3 inch Extraction Arm has a very low pressure drop, which provides many valuable benefits:
Low pressure drop saves energy.
Air flow noise is reduced.
Lower pressure drop is achieved without selecting a larger diameter extractor.
Lower pressure drop allows the extraction arm to be combined with additional extraction systems.
Telescopic local extractor for extraction of High-temperature fumes.
Reliable, user-friendly extraction arms developed to efficiently capture airborne pollutants at high temperatures, for example from an atomic absorption spectrophotometer.
Key benefits
Designed for hot pollutants
Flexible and positionally stable
Easy to assemble and adjust
Easy to combine with other extractors in the same system
Available in either a round (Ø10”) or rectangular (19”x10”) hood design. All parts that come into contact with the pollutants at high temperatures are made of stainless steel EN 1.4404 (316L), ensuring a long life with a high level of safety in the laboratory environment.
The 18” telescopic movement makes it easy to adjust the working position, and with heat-resistant Teflon rings and a stable locking device, the hood always stays in place where it is needed.
Telescopic Extraction Arms come standard with a horizontally adjustable wall bracket and a 60” flexible hose (up to 482 °F) for direct connection to the ventilation system. For laboratories requiring a different mounting, a ceiling bracket is also available as an option.
With its robust construction and smart design, the Telescopic Extraction Arm combines safety, flexibility and ease of use – a solution that meets the high demands of modern laboratory operations.
