Temptop 空気品質モニター ニュース

Allergies are becoming a year-round health issue in 2026, driven by climate change and rising pollen levels. Learn how worsening air quality and PM2.5 make monitoring more important than ever.

This article explains the cleanroom shift from spot checks to continuous, in-operation particle monitoring. It outlines why spot checks miss dynamic spikes and suffer from small sampling volumes and broken evidence chains. It then shows how continuous monitoring delivers earlier detection, better explainability, and audit-ready data. Readers learn the essential monitoring loop—Measure → Alert → Verify → Investigate → CAPA—plus practical ways to avoid...

Winter often traps outdoor pollution while reducing indoor ventilation. Understanding PM2.5, CO₂, TVOCs, and humidity trends helps manage exposure and comfort.

3D printing releases invisible pollutants that standard PM2.5 readings often miss. This article explains how to use TVOC, CO₂, and formaldehyde data to determine whether your printing environment is truly safe.

3D printing releases ultrafine particles and volatile organic compounds that are often invisible to traditional air quality metrics. This article explains what is emitted, why PM2.5 is not enough, and how monitoring and ventilation reduce long-term exposure risks.

Formaldehyde (HCHO) and Total Volatile Organic Compounds (TVOCs) are among the most common and harmful indoor air pollutants. This article explains their sources, health impacts, international safety standards, and offers practical solutions for homes, schools, and workplaces. By combining source control, ventilation, and purification, we can significantly reduce exposure and safeguard long-term health.