Devices for detecting and measuring small particles

Thema:: Metrology

Modern technologies are used to measure and maintain microscopic surfaces, and keep them free of dirt. We measure defects with scanning probe microscopy and detect the smallest particles with our special scanner, the Rapid Nano.

Detecting small particles

In chip manufacture, it’s important that no particles end up on chips. Even the tiniest particle can make the product unusable. We therefore have a way of detecting 50-nanometre-sized particles using our special scanner, the Rapid Nano. This enables us to assess which working methods are as clean as possible and how they can be improved.

The Rapid Nano

The Rapid Nano is a relatively affordable tool that scans the complete reflective surface (e.g., EUV masks) in a shielded clean box. This is done at a speed of 100 cm2 per hour. The solution can then be integrated into the client’s process.

Rapid Nano Particle Scanner

The Rapid Nano is an affordable tool for particle inspection of EUV blank reticles and reticle substrates.

Download the leaflet (pdf, 191 kB)

Fast and detailed

According to the latest standards, during the production process, semiconductor devices must not add more than one 50-nanometre particle per 10 cycles to a 15 x 15 cm mask. You can compare this with flying over the Netherlands in a fighter jet, looking for a tennis ball. And you want to have the results within a few hours. This calls for a fast and detailed method.

Know-how at TNO

We’ve been a leader in the field of particle detection for 10 years. We devise methods for reliably detecting and locating defects using our knowledge of optics, signal processing, vacuum technology, and ultra-clean handling.

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William van Helden

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Principal BD & Key Account Manager ASML
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Olaf Kievit

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Senior Business Developer
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Sjoerd Oostrom

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Erik Schuring

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Lead Researcher Materials Science
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Webinar Bridging Frontiers: Interfacing Platforms for a Global Quantum Internet

Informatietype:: Webinar

3 December 2024

1 episode

In this webinar, we will review the types of systems one could use to build a quantum network, the architecture choices that they unfold, and what are the benefits and challenges associated to connecting them together.

over Webinar Bridging Frontiers: Interfacing Platforms for a Global Quantum Internet