ATEX Extraction Arm
ATEX extraction arm is professional local exhaust equipment designed to capture dust, fumes, gases and vapours at source. It safely removes airborne contaminants from industrial processes where flammable or explosive atmospheres may occur.
Thanks to its flexible movement, easy positioning and effective source capture, the system supports operator safety and workplace air quality. It also helps improve process efficiency.
Airtes selects and integrates the appropriate ATEX extraction arm according to the application, contaminant type, airflow, arm length, connection diameter and site conditions. In addition, its engineering team provides project-specific application support.
Effective Capture at Source
It captures dust, fumes, gases and vapours close to their source before they spread through the work area.
Flexible Positioning
Its articulated structure allows operators to direct and secure the arm easily at different workstations.
Solution for ATEX Applications
It supports a safe local exhaust approach in processes assessed for potentially explosive atmospheres.
What Is an ATEX Extraction Arm?
ATEX extraction arm is a movable local exhaust device that captures contaminated air, dust, fumes, gases or vapours directly where they arise during an industrial process.
In production areas with an explosive atmosphere risk, engineers assess the arm together with the appropriate fan, ductwork, filtration and safety equipment. This integrated approach helps create a safer extraction system.
How Does an ATEX Extraction Arm Work?
The operator positions the extraction inlet or hood close to the process point. A connected fan then draws contaminated air through the arm and directs it to a filtration or exhaust system.
The articulated joints make the capture point easy to position. When engineers select the correct airflow, diameter and arm length, the ATEX extraction arm helps prevent local contaminants from spreading into the workplace.
Application Areas
- Welding and soldering processes
- Work areas where chemical vapours occur
- Solvent, painting and coating applications
- Laboratory and process extraction points
- Local production areas that generate dust, fumes or gases
- Industrial facilities assessed for ATEX risks
- Filling, mixing and material transfer processes
- Workstations requiring extraction near the operator
- Extraction lines connected to filtration or dust collection systems
System Advantages
- Captures airborne contaminants close to their source.
- Helps reduce dust and fume exposure in the operator’s breathing zone.
- Adapts easily to different working positions through flexible joints.
- Allows quick positioning according to the process point.
- Integrates with suitable ductwork and filtration systems.
- Supports a safe system approach for applications with ATEX requirements.
- Offers durable arm, body and hose options for industrial conditions.
Selection Criteria
When selecting an ATEX extraction arm, engineers must evaluate the contaminant type, process temperature and hazardous-area classification. They must also consider the required airflow, arm length, connection diameter, hose material, hood design and fan capacity.
In addition, an ATEX application requires the correct antistatic properties, grounding, mechanical strength, air velocity and pressure loss. The connected filter or dust collection system must also suit the process. Airtes analyses these criteria to develop an appropriate solution.
The final equipment configuration must match the project’s zone classification and applicable requirements. For regulatory context, review the European Commission’s official ATEX information.
Main Components
- ATEX-compatible flexible hose or rigid arm structure
- Articulated joints and balancing mechanism
- Extraction hood or inlet
- Wall, bench or ceiling mounting bracket
- Duct connection flange
- Antistatic and groundable connection components
- Equipment for connection to the fan, duct and filtration system
- Optional spark arrestor or pre-separator equipment
Airtes ATEX Extraction Arm Solutions
Airtes provides process-oriented engineering solutions for industrial facilities that need an ATEX extraction arm. During system design, its engineers evaluate the capture point, required airflow, arm length, site layout, contaminant type, duct route and filtration system together.
As a result, Airtes develops an efficient, safe and durable local exhaust solution tailored to the facility’s requirements.
Why Choose Airtes?
- Project-specific engineering and system design
- Solution-oriented experience in ATEX and industrial ventilation applications
- Correct product selection based on airflow, arm length and connection diameter
- Integrated assessment of the fan, ductwork, filter and local exhaust equipment
- Design and application support tailored to site requirements
- After-sales technical support and service
Frequently Asked Questions
What is an ATEX extraction arm?
It is a movable extraction arm that captures dust, fumes, gases and vapours at source in processes with an explosive atmosphere risk or a local exhaust requirement.
Where is it used?
Common applications include chemical processes, welding stations, laboratories, solvent and painting areas, dusty production processes and industrial workstations that require local exhaust.
How is the correct arm selected?
Selection depends on airflow, arm length, connection diameter, contaminant type, hazardous-area classification, hose material and pressure loss. Engineers must also assess the connected fan and filtration system.
Which services does Airtes provide?
Airtes provides professional support for product selection, system design, fan and filter integration, duct connections, installation, commissioning and technical service.
Contact Airtes for an ATEX Extraction Arm Tailored to Your Project
The system should not be selected before assessing dust, fumes, gases, vapour concentrations and ATEX requirements in the work area. The Airtes technical team provides professional support for an ATEX extraction arm solution tailored to your facility.
Contact us for detailed information, a site assessment and a project-specific quotation.
