Foreign Matter Contamination Prevention Measures - Microparticle Visualization System [Web Demo in Progress]
ViEST
Fiber-type laser light source 'Parallel Eye F' with a tiny head for airflow experiments using tracers and visualization of fine particles in water [Web demo in progress].
■What is particle visualization?■ It is making dust and debris floating in the air visible to anyone. Using our company's specialized laser and camera, we can visualize the behavior of fine particles. ■Compact and high-output laser light source■ - Maximum output of 5W (maximum output varies by wavelength). - The laser emission angle can be selected in increments of 5° from 5° to 90°. - Usable in spaces with a lot of dust and splashes. - The allowable installation dimension for the laser emission head is only 38mm, allowing use in narrow spaces. - By using a fiber of up to 40m, the controller and emission head can be installed at a distance from each other. ■Customization options for laser color and safety features■ - Not only can you choose the output, wavelength, and emission angle of the laser light, but the emission head can also be equipped with various detection option sensors, allowing for customization according to safety requirements. - We will produce to order based on customer feedback, selecting the necessary specifications from a variety of options. For details on options and customization of specifications, please feel free to contact viest@snk.co.jp.
Inquire About This Product
basic information
■Main Options for Parallel Eye F - Laser Light Laser Wavelength: Choose from Green, Blue, Violet Laser Output: Up to 5W (varies by wavelength) Transmission Fiber Length: Up to 40m - Laser Emission Head Emission Angle: 5° to 90° - Safety Options Drop and Fall Detection: Detects when the emission head moves Human Detection: Detects when a person approaches Laser Position Shift Detection: Detects when the laser moves unintentionally
Price range
P5
Delivery Time
※The delivery time may vary depending on the customization details. Please feel free to contact us.
Applications/Examples of results
- Identification of yield loss causes due to particles and airflow - Education 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 investigation during validation - Evaluation of airborne contaminants in the filling process of chemicals, etc. - Evaluation of dust and mist within the factory - Visualization of airflow in the furnace chamber - 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 (television, product catalogs)
Detailed information
-
The head of the Parallel Eye F has screw holes, and since the emission head is lightweight, it can be supported using a small tripod or magnet.
-
The laser head is ultra-compact, allowing it to be installed in narrow spaces such as within devices or gaps in fixtures.
-
The head can be installed in dusty environments due to its dust-proof design.
-
The head can be installed in places where water droplets may come into contact due to its water-resistant properties.
catalog（1）
Download All Catalogs
Company information
ViEST is a brand that offers unique visualization technologies, including an unparalleled ultra-high-sensitivity "fine particle visualization system," through products and services. In terms of addressing foreign substances and airflow in manufacturing environments, we provide fine particle visualization systems and contract evaluation services by specialized visualization technical staff, boasting over 3,000 successful implementations across various industries. We can strongly promote improvements in production efficiency, yield, quality control, and solutions to clean-up challenges. If you have specific targets that require measures, please feel free to consult with us. Please also take a look at our website, which provides a detailed introduction to ViEST. ⇒https://www.snk.co.jp/viest
![[Raman Spectrometer Technical Document] Identification of Microplastics in Seawater using Raman Spectroscopy](https://image.mono.ipros.com/public/product/image/4ea/2001507241/IPROS60227325358347289772.jpeg?w=280&h=280)
