Every vehicle is built through thousands of precision manufacturing processes. Welding, machining, grinding and assembly all help create the finished product, but they also generate airborne particles that don’t stay where they’re created.
Every vehicle is built through thousands of precision manufacturing processes. Welding, machining, grinding and assembly all help create the finished product, but they also generate airborne particles that don’t stay where they’re created.
Every stage of automotive manufacturing contributes to the air quality challenges found across modern production facilities. From stamping and welding to machining, grinding, internal logistics and final assembly, airborne particles are generated throughout the entire production process. Some are visible. Most aren't. All become part of the air your people breathe.
Forklifts, tugger trains and automated vehicles connect production areas, but they also contribute to the continuous movement of airborne particles throughout your facility. Every journey generates tyre wear particles and brake dust.
Robot, spot and manual welding generate ultrafine metal particles and welding fumes that remain airborne long after the weld is complete, moving beyond the workstation and into the wider production environment.
Grinding, deburring, sanding and polishing generate grinding dust and finishing dust. Fine particles remain suspended in the air before settling on equipment, components and surrounding production areas.
Cutting, drilling and CNC machining produce fine metal particles while coolants create oil mist that circulate throughout your production areas.
Component handling, trimming, packaging materials and plastic parts release fibres and lightweight airborne particles during everyday production in your facility.
Airborne particles rarely stay where they are generated. Airflow, vehicle movement and daily production activities carry contamination throughout production halls, walkways, maintenance areas and offices – often reaching people and places far beyond the orginal process.
Automotive manufacturing depends on precision, repeatability and process stability. Every production step is carefully engineered to deliver consistent quality.
Airborne particles, however, don't recognise production cells or assembly lines. They travel with people, forklifts, AGVs and airflow, becoming part of the air your people share.
From robotic welding and machining to final assembly and internal logistics, your people spend every shift sharing the same air. Continuous exposure to welding fumes, grinding dust and other airborne particles can contribute to respiratory irritation and increase long-term health risks.
Airborne contamination can settle on precision components, assemblies and sensitive production areas, making it harder to maintain the clean manufacturing conditions needed for consistent product quality and right-first-time production.
Fine airborne particles accumulate inside robots, automated assembly systems, conveyors, sensors and electrical cabinets. Over time, this increases maintenance requirements, reduces equipment reliability and contributes to unplanned downtime.
Grinding dust, metal particles and other combustible materials can accumulate across your facility. Managing airborne contamination helps reduce dust builld-up and supports a safer manufacturing environment.
When airborne particles spread beyond the process that created them, cleaning requirements increase, maintenance takes longer and production can be disrupted.
Airborne particles rarely stay where they're generated. They continue moving through production halls and cells, logistics routes, maintenance workshops and offices, making clean working environments more difficult to maintain across your entire facility.
From robotic welding and machining to final assembly and internal logistics, your people spend every shift sharing the same air. Continuous exposure to welding fumes, grinding dust and other airborne particles can contribute to respiratory irritation and increase long-term health risks.
Airborne contamination can settle on precision components, assemblies and sensitive production areas, making it harder to maintain the clean manufacturing conditions needed for consistent product quality and right-first-time production.
Fine airborne particles accumulate inside robots, automated assembly systems, conveyors, sensors and electrical cabinets. Over time, this increases maintenance requirements, reduces equipment reliability and contributes to unplanned downtime.
Grinding dust, metal particles and other combustible materials can accumulate across your facility. Managing airborne contamination helps reduce dust builld-up and supports a safer manufacturing environment.
When airborne particles spread beyond the process that created them, cleaning requirements increase, maintenance takes longer and production can be disrupted.
Airborne particles rarely stay where they're generated. They continue moving through production halls and cells, logistics routes, maintenance workshops and offices, making clean working environments more difficult to maintain across your entire facility.
Airborne particles don't stay where they're generated.
Every weld, machining process, grinding operation and vehicle movement contributes to the air your people share. As airborne particles travel throughout your facility, they can reach – employees, equipment and production areas far beyond the original source.
The quality of your vehicles starts with the quality of the environment they’re built in.
Compliance sets the standard. Protecting your people goes further.
You can’t improve what you can’t see. Air quality monitoring shows where airborne particles are generated and where exposure is highest, giving you the evidence to make informed decisions.
It helps you:
Once you understand your workplace air and true level of exposure, you can take targeted action where it will have the greatest impact.
Industrial air cleaning continuously removes welding fumes, grinding dust, finishing dust, oil mist and other airborne particles from the air your people share. The result is a cleaner production environment that supports employee wellbeing, manufacturing quality and more reliable operation.
To remain competitive, we need to keep getting better and better – and improve our right-first-time rate. Clean air is one of the ways we can do that.
Every stage of automotive manufacturing contributes to workplace air quality. Welding fumes, grinding dust, oil mist, tyre wear and brake dust are generated throughout production, while daily activity allows airborne particles to spread far beyond the process that created them.
Yes. Welding fumes contain ultrafine particles that can remain airborne long after welding has finished. Airflow, people and vehicle movement can carry them well beyond the welding cell into surrounding production areas.
Yes. Fine airborne particles can build up inside robots, conveyors, sensors and electrical cabinets, increasing maintenance requirements, reducing reliability and contributing to unplanned downtime.
Because airborne particles don't stop moving. While cleaning removes settled dust, production processes continue generating new particles and everyday activity resuspends those already on surfaces.
Yes. Airborne particles can settle on components, assemblies and sensitive production areas. Cleaner air helps maintain cleaner manufacturing conditions and supports more consistent product quality.
Air quality monitoring shows where airborne particles are generated, how they move through your facility and which areas experience the highest exposure. It replaces assumptions with objective data.
Every automotive manufacturing facility is different. That's why every conversation starts with understanding your processes, your people and the air they share. Let's explore how cleaner air can support your production environment.
Zehnder Group UK LTD
Clean Air Solutions
Concept House, Watchmoor Point
GU153AD Camberley
United Kingdom
T 0800 0430100
