-
- News
- Books
Featured Books
- smt007 Magazine
Latest Issues
Current IssueThe Path Ahead
What are you paying the most attention to as we enter 2025? Find out what we learned when we asked that question. Join us as we explore five main themes in the new year.
Soldering Technologies
Soldering is the heartbeat of assembly, and new developments are taking place to match the rest of the innovation in electronics. There are tried-and-true technologies for soldering. But new challenges in packaging, materials, and sustainability may be putting this key step in flux.
The Rise of Data
Analytics is a given in this industry, but the threshold is changing. If you think you're too small to invest in analytics, you may need to reconsider. So how do you do analytics better? What are the new tools, and how do you get started?
- Articles
- Columns
Search Console
- Links
- Media kit
||| MENU - smt007 Magazine
7 Benefits of Dry Fog Humidity Control System in SMT Processes | IKEUCHI
January 8, 2024 | BUSINESS WIREEstimated reading time: 1 minute
H. IKEUCHI & CO., LTD., a Japanese spray nozzles manufacturer, has launched a global campaign to introduce humidity control systems powered by “Dry Fog” technology.
“Dry Fog” is formed out of ultrafine water droplets, each measuring 10 μm or less in diameter, generated by specialized spray nozzles. This fog rapidly evaporates into the air without wetting the objects it touches.
In the realm of surface-mount technology (SMT) processes, effective humidity control is crucial to combat electrostatic discharge (ESD) issues and challenges arising from static electricity and dry air. IKEUCHI's Dry Fog Humidification System emerges as a groundbreaking solution, delivering seven key benefits.
1. ESD Damage Prevention
As electronic components shrink, susceptibility to electrostatic discharge increases. The Dry Fog system ensures a uniform humidity level, preventing the risk of ESD damage.
2. Reduced Pick-and-Place Errors
Maintaining optimal humidity levels minimizes errors in the pick-and-place process caused by components sticking to or popping out from the tape due to static charge, boosting productivity.
3. Consistent Solder Print Quality
Humidity control during solder printing prevents issues like rapid drying or excessive moisture absorption, ensuring consistent solder print quality and product reliability.
4. Airborne Particle Reduction
Humidification curbs airborne particles, reducing defects caused by particle adherence. The Dry Fog system significantly decreases airborne particles with increased humidity.
5. Significant Operating Cost Reduction
Compared to conventional steam humidification, the Dry Fog system slashes operating costs by 68%, resulting in $50,000/year savings and a 70% CO2 emissions reduction.
6. Cooling Cost Reduction
Evaporative cooling of the Dry Fog lowers ambient temperatures, yielding an $18,000/year saving in cooling expenses at an SMT facility.
7. Healthier Work Environment
Beyond manufacturing, the Dry Fog system reduces sick leave by maintaining a relative humidity of 50% or above, leading to fewer sick days during winter.
In conclusion, IKEUCHI's Dry Fog Humidification System is a comprehensive solution addressing crucial aspects of SMT processes, enhancing productivity, reducing costs, and fostering a healthier workplace. This technology offers a transformative approach to humidity control in electronics manufacturing.
Suggested Items
Strategic Smart Home Ecosystem Infographic Uncovers Hidden Partners and Competitors
07/19/2018 | ABI ResearchAmazon, Google, Apple and others all pushing into smart Home, but a Growing and Diverse Ecosystem Shows Partnerships are Key as Nontraditional Players Move In.
Artificial Intelligence Next Key Growth Area for Smartphones as Numbers Top Six Billion by 2020
02/24/2017 | Business Wire“We see AI making smart devices even smarter with improved user experiences,” said Ian Fogg, director of mobile and telecom analysis at IHS Markit. “Existing AI agents like Apple’s Siri and Google Assistant will expand across the industry, complemented by embedded AI in all parts of mobile devices from cameras, to audio, to machine.”
Trapped Light Orbits Within an Intriguing Material
07/27/2015 | UC San DiegoLight becomes trapped as it orbits within tiny granules of a crystalline material that has increasingly intrigued physicists, a team led by University of California, San Diego, physics professor Michael Fogler has found.