PARTICLE TRAPS FOR THE ASSESSMENT OF AMBIENT CONTAMINATION
Whether internal transport routes, windows, open entrances or particle precipitation due to abrasion: with our particle traps we check your entire production line, highly sensitive cleanrooms and sterile rooms. We then examine the particle traps in our accredited laboratory and count and measure the particles. In this way we can acquire and analyse the various factors in the environment almost entirely.
Assembly cleanliness in accordance with VDA: technical cleanliness verification in assembly
Here we work in accordance with the standard "VDA 19.2 – Technical cleanliness in assembly". Particle monitoring is an excellent way of monitoring air particles in relation to assembly cleanliness and analysing the environmental factors affecting the cleanliness of the component.
Application: explained step by step
The adhesive traps are laid out at particle-relevant points to monitor the airborne particles. The procedure is as follows:
![Particle trap for environmental monitoring Particle trap, correct application: Step 1](assets/images/5/partikelfalle-1-dokumentieren-b2eb03aa.jpg)
1. Document: Note the location, date, time frame and all other relevant details on the back of each particle trap
![Particle trap for environmental monitoring Particle trap, correct application: Step 2](assets/images/0/partikelfalle-2-pruefen-db098884.jpg)
2. Check whether the protective film of the particle trap is intact
![Particle trap for environmental monitoring Particle trap, correct application: Step 3](assets/images/c/partikelfalle-3-aktivieren-a44c1bdc.jpg)
3. Activate: Remove the protective film from the latch and activate the adhesive surface as follows
![Particle trap for environmental monitoring Particle trap, correct application: Step 4](assets/images/5/partikelfalle-4-auslegen-7961727a.jpg)
4. Lay out: Slide the trap into the stand and place it in the predefined position
![Particle trap for environmental monitoring Particle trap, correct application: Step 5](assets/images/4/partikelfalle-5-verschliessen-versenden-26c3db25.jpg)
5. Seal and dispatch: Close the particle trap with the frame after the display time has elapsed. Then send the traps to Quality Analysis
![Particle trap for environmental monitoring Particle trap, correct application: Step 6](assets/images/7/partikelfalle-6-auswerten-f35114e2.jpg)
6. Evaluate: The microscopic evaluation of the particles is carried out in our accredited laboratory
Particle stamps for monitoring component and assembly cleanliness
The handy particle stamps can be used to selectively stamp components and assembly surfaces - even in inaccessible places. The method is also suitable for process control and for oversized components that cannot be transported. The captured particles are subsequently analyzed in the laboratory. The flexible spring element of the stamp ensures uniform contact pressure, regardless of the inspector.
Application: explained step by step
The stamp is activated by removing the protective film, pressed onto the component as far as it will go and then analyzed in the laboratory after stamping. The exact application is as follows:
![Particle stamps for component monitoring Particle stamps, correct application: Step 1](assets/images/a/partikelstempel-1-ausfuellen-dd78957f.jpg)
1. Fill in the fields on the ID card
![Particle stamps for component monitoring Particle stamps, correct application: Step 2](assets/images/a/partikelstempel-2-ueberpruefen-b0aec6bb.jpg)
2. Check whether the adhesive foil on the stamp is still intact
![Particle stamps for component monitoring Particle stamps, correct application: Step 3](assets/images/7/partikelstempel-3-stempel-aktivieren-3d2b12a9.jpg)
3. Activate the stamp: Remove the protective film with tweezers
![Particle stamps for component monitoring Particle stamps, correct application: Step 4](assets/images/b/partikelstempel-4-probennahme-9bd95949.jpg)
4. Sample collection: Always press the stamp to the stop and do not touch the adhesive surface
![Particle stamps for component monitoring Particle stamps, correct application: Step 5](assets/images/b/partikelstempel-5-verschliessen-3b82af51.jpg)
5. Seal: Place the stamp back into the Petri dish and close it
![Particle stamps for component monitoring Particle stamps, correct application: Step 6](assets/images/d/partikelstempel-6-verschicken-8fac5820.jpg)
6. Send the collected samples to Quality Analysis
FACTORS THAT AFFECT ASSEMBLY CLEANLINESS AT A GLANCE:
Environment
- Flying particles
- Production processes and methodology
- Internal logistic processes
- Heating and ventilation systems
- Natural environmental factors
Assembly
- Numerous assembly processes up to the end-product (screwing, joining, pressing, shaking)
- Particle generation and transmission by assembly processes
Logistics
- Internal and external logistic processes
- Load carrier management
- Picking and making available
- Storage
Personnel
- Possible source of contamination or also transferring agent
- Human factors
![Accredited testing laboratory according to DIN EN ISO/IEC 17025 DAkkS accreditation according to DIN EN ISO/IEC 17025](files/bilder/leistungen/quality-analysis-dakks-akkreditierung.jpg)
Accredited test laboratory
for technical cleanliness verification
Determination of technical cleanliness (TecSa) of components, systems and fluids using fluid extraction and air extraction, and evaluation with use of optical microscopy, SEM-EDX, RAMAN and FT-lR spectroscopy are accredited by Deutsche Akkreditierungsstelle GmbH (DAkkS) in accordance with DIN EN ISO/IEC 17025. Furthermore, all our other specialist areas have also been accredited.
You can read more about the advantages our accreditation offers you here:
![](files/bilder/kontakt/kontakt-beratung3.jpg)
QUALITY ANALYSIS
THE RIGHT PARTNER for
technical cleanliness verification
Do you need assistance in determining assembly cleanliness? Then you have come to the right place. We will be happy to advise you on the numerous possibilities. The goal: Achieving cleanliness requirements with success.