Particle Visualization System "Parallel Eye M"
[Demo units available] Floating particles in the space and adhering particles on the surface can be seen with the naked eye!
Through the optimization of the optical system, it has become a light source that reaches far with good linearity, allowing for the visualization of distant suspended particles and surface-attached particles. Additionally, it employs a highly visible green light source, enabling visual observation of particles. Despite being a non-laser light source, it allows for the high-sensitivity visualization of airflow and fine particles, and can be introduced at a relatively low cost. 【Do you have any of these concerns?】 ■ I want to check the airflow conditions in the factory or clean room... ■ I want to identify the source of suspended particles... ■ I want to visualize surface-attached particles... ● Demo units are available for free rental! Please try it out first. ● For more details, please contact us.
basic information
【For those with such challenges】 - Visualization evaluation of floating foreign substances - Visualization evaluation of surface foreign substances - Identification of yield loss causes due to particles and airflow - Feeling that we are not getting closer to the causes of foreign substance contamination - Concerned whether planned local cleaning and dust collection equipment will be worth the investment - Tried various methods but have given up thinking it’s invisible - Struggling with being introduced to visualization technologies that lack sufficient sensitivity - Studying cleanroom practices but questioning their applicability to my own site - Yield improvement is not achieved with just particle counters and general analysis - Not concerned about fine particles, but rather want to evaluate coarse particles and dust - Want to manage the manufacturing environment on a daily basis - Evaluation of cleaning equipment such as vacuum cleaners
Price information
Please feel free to contact us.
Delivery Time
Model number/Brand name
ViEST
Applications/Examples of results
- Identification of yield loss causes due to particles and airflow - Training for cleanroom operators - Evaluation of airborne contaminants in painting and coating processes - Evaluation of surface-adhered contaminants - Dust generation from moving parts and countermeasures - Airflow simulation during validation - Evaluation of airborne contaminants in filling processes for chemicals, etc. - Evaluation of dust and mist within the factory - Visualization of airflow in furnace chambers - Evaluation of air purification equipment - Evaluation of cleaning equipment such as vacuum cleaners - Evaluation of products that generate less dust - Cooperation in filming for various media (TV, product catalogs)
