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Capturing of airborne pollutants
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  2. Industrial fume extraction systems
  3. Extraction arms and caollection elements

Extraction Arms and Collection Elements

Extraction Arms and Capturing Elements for Pollutant Capture

Capturing airborne contaminants at the source is the most effective way to protect employees, equipment, and production processes. ULT’s extraction arms and capturing elements are designed to collect fumes, vapors, dust, and gases directly where they occur, improving overall filtration performance and reducing contaminant spread in the workplace.

These components can be combined in various ways to match your application, allowing you to build a customized pollutant capture system perfectly suited to your workspace.

Extraction and Filtration Start With Proper Pollutant Collection

An extraction system only performs well when pollutants are captured directly at the point of origin. This allows necessary air volume to remain low, reduces operating costs, and increases system effectiveness. Using a correctly positioned extraction arm, hood, or nozzle enhances pollutant capture and ensures cleaner air throughout the workshop. ULT works with leading vendors such as Alsident System to provide a full range of extraction arms and capturing elements that can be tailored to your process, emission type, and workstation layout.

Useful information on collecting airborne pollutants

Rule of Thumb: The Closer the Better

Generally, the right collection element or extraction arm makes for a key factor in the quality of air filtration technology. Because the capture rate is the basis for subsequent filtration, this eventually results in an extraction system’s efficiency.

The point of capture also plays a crucial role. The rule of thumb is that doubling the distance between the emission source and the collection element requires at least four times the collection airflow of the extraction and filtration system.

This leads to the conclusion that energy needs are exponential. Especially in times of energy transition and sharply rising electric prices, this is worth noting at least in the long term.

Distance between pollutant source and collection element

The closer the better

Optimized Solutions for Your Application

ULT provides a wide range of extraction arms suitable for diverse workplaces and emission sources. These systems offer:

  • Smooth, stable adjustment

  • Multiple lengths, diameters, and joint configurations

  • High durability with corrosion resistant materials

  • Modular components adaptable to nearly any workstaion

Extraction arms and capturing elements are essential parts of an effective filtration solution, enabling precise pollutant capture for welding, soldering, laboratory processes, chemical handling, and general industrial use.

Alsident collection sytems

Pollutant capuring, extraction arms, capturing elements

Alsident extraction arm

Coordination and service on the ideal utilization of extraction systems

Advice and service are important to us

Advice and Support

We provide a variety of different collection elements that we can suggest to you given your application, contaminant type, and on-site conditions.

But most importantly: We are your personal advisor when it comes to picking the right collection element for you or the proper extraction arm suited to your application. Experienced engineers are standing at your side, as partners.

Standardized collection elements (selection)

Special capture solutions (examples)

Information on pollutant capture and extraction arms
  1. Expertise brochure "Capture of airborne contaminants"
  2. Alsident extraction arms and capturing elements overview
  3. Extraction arms Alsident system 25
  4. Extraction arms Alsident system 50
  5. Extraction arms Alsident system 63
  6. Extraction arms Alsident system 75
  7. Extraction arms Alsident system 100

Technical approaches and case studies

  1. Icon with ULT logo on white ground
    Paper "Collecting air contaminants"
  2. Icon with ULT logo on white ground
    Paper "Air purification in soldering processes"
  3. Icon with ULT logo on white ground
    Paper "Fume extraction in laboratories"
  4. Icon with ULT logo and content preview
    Case study "Acquisition soldering license at RAFI under best air conditions"

Extraction Arm Use

Laser fumes, soldering fumes, welding fumes, vapors, gases, or dust – all of these airborne contaminants need to be covered by a special filtration method. The “right” collection system is affected by a set of factors. The volume of air, airflow behavior, and contaminant type play just as crucial roles as selecting the right material for the extraction arm (aluminum, antistatic, chemically resistant, explosion-proof, etc.), the size or the type (hose, jointed arm). The place of use and workplace parameters should also be considered.

ULT provides a comprehensive assortment of extraction arms (Alsident/Flextractor) that are selected by skilled experts in close consultation with users. We generally recommend advisory discussions on using the collection solution that is the most suitable. This is the only way to guarantee that efficient and optimal workplace extraction always occurs. Extraction arms should not disturb workflow. There are a large number of extraction arm variants that have been designed respectively for special operating conditions (in health hazards, antistatic, etc.).

Notice:

Please remember that do-it-yourself solutions and incomplete knowledge on extraction arms and their use often isn’t prudent, and in fact can negatively impact extraction and filtration performance.

Download paper on pollutant capture
  1. Icon with ULT logo on white ground
    Paper "Collecting air contaminants"
  1. Legal Requirements and Safety Standards
  2. Rule of Thumb
  3. Alsident extraction arms
  4. Advice and Support
  5. Standardized collection elements
  6. Special capture solutions
  7. Brochure download
  8. Paper download
  9. Extraction Arm Use
  10. Paper download