Dust and Particles

HOMEDust and Particles

Suitable for: Airborne Dust and Particles

Our particle collector utilizes electrostatic chuck technology to effectively capture dust and particles in the air. It is used for various purposes, including contamination prevention, dust particle monitoring, and air purification. Moreover, it operates effectively in both atmospheric and vacuum environments.

We also provide a variety of environment-enhancing tools that utilize electrostatic chuck technology, such as the “OiSHi” mobile air purifier equipped with a proprietary electrostatic collection filter and the “Flying Magic Cleaner,” which removes airborne dust while in flight.

Recommended Use

Applications Used

Suitable Electrostatic Chucks

FAQs

  1. Q1What particle sizes can it collect?

    For general environments, performance has been validated down to 0.5 μm in demonstration tests. For cleanroom and vacuum applications, our particle collectors can effectively capture submicron-level particles.

  2. Q2What kind of particles can it collect?

    It can collect various types of particles, including metals, polymers, and cotton dust, regardless of their conductivity. However, it is less suitable for capturing large or heavy particles.

  3. Q3What are your standard dimensions?

    For general environments, we offer standard sizes in ISO A3 and A2. Customization is also available for dimensions up to 1800 x 900 mm. For clean room and vacuum-compatible applications, we provide fully custom-made solutions.

  4. Q4What are the differences between General Use, Clean Room, and Vacuum Equipment models?

    For general industrial applications, such as factory air cleaning, we recommend the General Use model. However, for environments requiring strict cleanliness, such as semiconductor and FPD manufacturing, or for vacuum and vacuum-to-atmosphere transitions, we suggest the Clean Room or Vacuum Equipment models, which are constructed with industry-grade materials tailored for these specific conditions.

For any other general questions about electrostatic chucks, please click here.

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