Shin Nippon Air Technologies Company Solution Division Official site

[Web demo in progress] Ideal for easily visualizing airborne dust, airflow, and surface foreign objects!

LED light source for visualization "Parallel Eye M" The URL will take you to the product pages on our dedicated visualization website. Options and more We offer a variety of custom solutions that combine hardware such as light source units and cameras with software for counting, as well as various tracer generation devices for visualizing airflow, tailored to your specific applications.

It excels in high sensitivity detection, quantification, and portability, making it suitable for quality inspection and research and development settings. It contributes to the detection of minute foreign substances and scratches, as well as their quantitative evaluation.

■Image Analysis■ - Images captured on-site can be analyzed using dedicated post-processing software to identify the specific colors and shapes of foreign objects and contaminants. Particle counting. Acquisition of shape information. Acquisition of color information. Various image processing functions. Histogram display of particle information. Filtered display. Partial magnification display. Distance measurement. For detailed information obtained from the analysis, please feel free to contact our representative. ■High-Resolution Imaging■ - With a standard camera lens, it is possible to detect foreign objects larger than approximately 20μm and digitize shape information. Additionally, using optional camera lenses, evaluation of foreign objects on the micron order is possible.

We will solve the deterioration of defect rates caused by foreign matter contamination and airflow. A specialized ultra-high sensitivity camera for visualization can visualize invisible fine particles and airflow. [Web demo currently available]

■Particle Eye STD Dimensions: W58 × D160 × H42 [mm] (excluding lens) Maximum Resolution: 1920 × 1080 Frame Rate: Up to 60Hz (dependent on resolution) Detectable Particle Size*: 0.2μm ■Particle Eye HS Dimensions: W87 × D102 × H74 [mm] (excluding lens) Maximum Resolution: 1600 × 1100 Frame Rate: Up to 2,500Hz (dependent on resolution) Detectable Particle Size*: 0.2μm ■Particle Eye EX Dimensions: W103 × D152 × H105 [mm] (excluding lens) Maximum Resolution: 1920 × 1920 Frame Rate: Up to 120Hz (dependent on resolution) Detectable Particle Size*: 0.09μm *The detectable particle size is a reference value based on our proprietary standards. It may vary depending on the visualization target and usage environment, so for more details, our specialists will respond individually. Please feel free to consult us.

[Web demo in progress] A visualization-specific ultra-high-sensitivity camera equipped with the unique image processing technology "ViEST Engine," capable of visualizing the behavior of fine particles and airflow!

■ Standard model "Particle Eye STD" Dimensions: W58 × D160 × H42 [mm] (excluding lens) Maximum resolution: 1920 × 1080 Frame rate: Up to 60Hz (dependent on resolution) Reference sensitivity*: 0.2μm ■ High-speed shooting compatible model "Particle Eye HS" Dimensions: W87 × D102 × H74 [mm] (excluding lens) Maximum resolution: 1600 × 1100 Frame rate: Up to 2,500Hz (dependent on resolution) Reference sensitivity*: 0.2μm ■ Ultra-high sensitivity model "Particle Eye EX" pursuing low light sensitivity Dimensions: W103 × D152 × H105 [mm] (excluding lens) Maximum resolution: 1920 × 1920 Frame rate: Up to 120Hz (dependent on resolution) Reference sensitivity*: 0.09μm For details, please download the materials and check. *Reference sensitivity based on our unique combination with the laser light source "Parallel Eye H" when using the standard lens.

Visualize surface foreign substances, dirt, and scratches! It is well-received as a daily management tool for yield management, quality control, cleaning management, and hygiene management. *Demo units available for loan.

■Weight: 181 [g] ■Dimensions: W139 × D22 × H33 [mm] ■Light Color: D-Light Type-F: Violet D-Light Type-P: Green ■Usage Scenarios: Stationary: Can be installed inside equipment or on a desk for long continuous illumination Portable: Can be used without a power cord (up to 4 hours; please consult us if longer usage is needed) ■Applications: By combining with our product 'D-Scope', it enables photography, recording, and particle analysis.

Do you want to check if dust collection is effective? Are you struggling with compliance to specialized regulations? Our fine particle visualization technology can solve this!

We can solve the following concerns. If any of these resonate with you, please feel free to contact us. □ Decreased yield due to particles and airflow □ Training for cleanroom operators □ Questions about the cleanroom environment □ Quality defects due to foreign substances in painting and coating processes □ Quality and appearance defects due to foreign substances (contamination) and scratches in the assembly process □ Foreign substance contamination in the drug encapsulation process □ Questions about the air environment in the operating room □ Want to express the product strength of our own products through video □ Particle contamination due to static electricity □ Want to see airborne dust in our own environment without any reasoning □ Want to observe foreign substances and scratches adhered to surfaces □ Want to design airflow for equipment □ Need visual materials for internal deployment of improvement activities □ Want to visualize welding fumes and other substances to comply with specific regulations *Please share your concerns with us (URL: Our inquiry site) https://www.snk.co.jp/particle/inquiry.html *We have simple case videos introduced on our website. https://www.snk.co.jp/particle/example1.html

[Web Demo in Progress] Achieve highly sensitive visualization of particles and airflow with our unique visualization system!

Ultra-high sensitivity camera for particle visualization "Particle Eye" Ultra-high sensitivity laser sheet light source for particle visualization "Parallel Eye H" Technical information featuring evaluation examples of particle visualization The URLs will take you to the product pages on our dedicated visualization website. Options and more We offer a variety of custom solutions that combine hardware such as light source units and cameras with software for counting, as well as various tracer generation devices for visualizing airflow, tailored to your specific applications.

★Free rental demo units available★ Visualize airflow with fine mist! An ultra-lightweight mist generator weighing about 500g and a light that makes falling dust and adhering particles visible.

○ Handy Pure Water Mist Generator 'plusTRACER Model01' This product uses pure water (distilled water) to create ultra-fine mist, visualizing the "airflow" and "differential pressure" conditions within factories and clean rooms. It visualizes airflow movements with fine mist! Weighing approximately 500g, it is ultra-lightweight and cordless, making it effective in hard-to-reach places such as high locations, narrow spaces, and inside equipment cases. Features: Mist is extremely fine, measuring several micrometers, making it suitable for use around precision equipment. Generates room-temperature mist. Can be operated remotely from a distance. Can be mounted on a tripod for fixed installation. ○ Surface Foreign Object Identification Visualization Tool "D Light" Allows visual detection and identification of falling dust and adhered particles! Ideal for quality control in factories and daily hygiene management in hospitals and welfare facilities. Using ultraviolet LED as the light source, this new visualization tool detects falling dust and adhered particles, and by observing the differences in fluorescent colors emitted by the particles, it can identify the types of particles. It is part of the "ViEST" (registered trademark) lineup, a brand specializing in particle visualization.

This is a portable particle detection device that can simultaneously visualize and count fine particles for quantitative management of fine particles.

[For those with such challenges] - Want to count particles in real-time - Want to manage the manufacturing environment on a daily basis - Feel like they are not getting closer to the causes of foreign matter contamination - Uncertain if planned local purification and dust collection equipment is worth the investment - Have tried various approaches but have given up thinking it's invisible - Struggling with insufficiently sensitive visualization technologies that have been introduced - Studying cleanroom practices but wondering if they apply to their own site - Finding that particle counters and general analysis alone do not improve yield - Not concerned about fine particles, but rather want to evaluate coarse particles and dust - Want to evaluate welding fumes Shin Nihon Kucho Co., Ltd. / Fine Particle Visualization System / Mobile Visualization Counting Device "Type-S" https://www.snk.co.jp/viest/product/product10.html

Evaluation of dust generation from mechanical parts and various materials. Real-time counting of the total amount of generated fine particles and particle size classification. Includes an evaluation report.

～Fine Particle Generation Measurement Device P-Wind～ For more details, click here: https://www.snk.co.jp/viest/technology.html For inquiries, click here: https://www.snk.co.jp/info/form.html?frmid=33 Please be sure to download and view the catalog as well.

We will capture videos of phenomenon analysis that visualizes fine foreign objects and high-speed phenomena, directly contributing to reducing defect rates and improving yield. Please feel free to consult with us!

Camera Equipment: High-speed cameras "Parallel Eye F" and "Particle Eye HS" Examples of Target Phenomena: Dust behavior, droplet collisions, spray dispersion, airflow/shock phenomena, dust generation, etc. Shooting Method: High frame rate shooting (stopping ultra-high-speed phenomena visible to the naked eye), high-sensitivity detection Analysis Functions: Slow playback, time axis comparison, angle-specific and condition-specific comparisons, particle behavior evaluation Output Formats: AVI/MP4 videos, still image extraction, analysis reports (including shooting conditions and evaluation comments) Supported Environments: Laboratories, manufacturing lines, clean rooms, on-site evaluation tests Application Examples: Comparison of dust generation trends, visualization of spray dispersion, airflow distribution analysis, shock particle behavior analysis, understanding of foreign object generation mechanisms * Shooting conditions and analysis methods will be optimized for each target phenomenon. * The detectable particle size is a reference value based on our unique standards. It may vary depending on the visualization target and usage environment. * If you have any questions, please feel free to contact us at any time. Our specialized technicians will assist you.

[Demo unit available for loan] Compact, lightweight, cordless dry mist with easy airflow visualization. Ideal for routine airflow checks in clean rooms!

■Weight: Approximately 500g ■Dimensions (mm): W70 × D70 × H225 ■Can turn the switch on and off with a 5m extension cord ■Ideal for visualizing airflow due to reduced air volume Shin Nippon Air Conditioning / Fine Particle Visualization System / Pure Water Mist Generator https://www.snk.co.jp/viest/product/product6.html

[Web demo in progress] Measurement procedure is a simple 4-step process that allows for PIV (velocity distribution measurement).

■Measurement Method: PIV (Particle Image Velocimetry) ■Measurement Results: Average velocity, standard deviation, minimum/maximum (velocity, X velocity, Y velocity) ■Input Files: AVI, WMV ■Output Files: Measurement results file (CSV), result image file (BMP) ★Even those who do not know image processing can easily output airflow velocity distribution using airflow visualization videos from that day "plus PIV" https://www.snk.co.jp/viest/product/product7.html ★Contact form can be found here https://www.snk.co.jp/info/form.html?frmid=33

[Web demo in progress] Things that are invisible become visible! Visualizing particles and airflow in clean rooms and manufacturing equipment.

[For those with such issues] - Those who feel they are not getting closer to the cause of contamination at all - Those who are unsure if the planned local clean-up or dust collection equipment is worth the investment - Those who have tried various things but have given up thinking they are invisible - Those who want to visualize and verify the containment effect - Those who are troubled by being introduced to visualization technologies with insufficient sensitivity - Those who are struggling with insufficient sensitivity of airflow visualization devices and issues with selecting tracers - Those who want to evaluate surface foreign substances that have adhered to products as a result, rather than airborne particles - Those who are studying clean-up but are unsure if it applies to their own site - Those who find that particle counters and general analysis alone do not improve yield - Those who are not concerned about fine particles but rather want to evaluate coarse particles and dust - Those who are having difficulty resolving contamination occurring within production equipment - Those who want to visualize airflow in large spaces or server rooms - Those who want to optimize the layout of clean rooms and production equipment - Those who want to use visualization for validation in pharmaceutical processes - Those who want to visualize welding fumes, etc., to comply with specialized regulations

Can you see what was invisible!? Visualizing airflow with fine mist! An ultra-lightweight mist generator weighing about 500g and a light that allows you to visually see falling dust and adhering particles.

<Handy Pure Water Mist Generator 'plusTRACER Model01' Product Description> [Usage Examples] ○ Confirming the effect of air curtains ○ Observing airflow within a room ○ Checking pressure differences between rooms ○ Verifying the performance of various exhaust systems ○ Validating airflow analysis results ○ Checking airflow in safety cabinets ○ Testing new equipment and installations 　...and more, it is useful in situations where airflow control is needed! [Specifications] Weight: Approximately 500g Mist Generation Method: Ultrasonic Timer Specification: Automatically turns off after 10 minutes Dimensions (mm): W70×D70×H225 Power Consumption: 17W during mist generation Battery Capacity: Approximately 40 minutes total when fully charged *For more details, please refer to the catalog. Feel free to contact us with any inquiries. 　Demo units are also available for free rental!

[Web Demo in Progress] See the causes of yield deterioration! We visualize and analyze microparticles and airflow from the clean room to the inside of manufacturing equipment!

[For those with such issues] - I feel like I'm not getting any closer to identifying the cause of contamination. - I'm worried whether the planned local purification and dust collection equipment will be worth the investment. - I've tried various things but have given up thinking it's invisible. - I want to visualize and verify the containment effect. - I'm struggling with being introduced to visualization technologies that have insufficient sensitivity. - The airflow visualization device lacks sensitivity, and I'm having trouble with tracer selection and other issues. - I want to evaluate surface foreign matter that has adhered to the product as a result, rather than just airborne particles. - I'm studying clean-up processes but I'm unsure if they apply to my own site. - Just using particle counters and general analysis isn't improving yield. - I'm not concerned about fine particles; rather, I want to evaluate coarse particles and dust. - The contamination occurring within the production equipment is not being resolved easily. - I want to visualize airflow in large spaces and server rooms. - I want to optimize the layout of clean rooms and production equipment. - I would like to use visualization in the validation of pharmaceutical processes. - I'm looking for a contractor for airflow simulation at a site without CAD drawings. - I want to visualize welding fumes and other substances to comply with specialized regulations.