brookhuis.com

What It Is

Brookhuis Applied Data Intelligence B.V. provides particle deposition and surface cleanliness monitoring products for cleanrooms and controlled production environments. Its core focus is not general-purpose software development, but using sensors, analytics software, and data platforms to apply particle deposition data to product contamination risk assessment, cleaning strategy optimization, and production process improvement.

Core Capabilities

APMON 2 allows APMON II sensors to send holographic particle images via Ethernet or Wi‑Fi to an AWS data platform for analysis, producing information such as particle deposition rate, contamination probability, particle size distribution, particle area coverage, and alerts. The APMON II sensor can count deposited particles larger than 15 microns on a 50 cm² test surface every 4 minutes and measure their size. APMON 1.5 is more oriented toward local deployment, combining an Intel mini computer with local peripherals for data analysis. It supports up to 2 sensors, real-time differential/cumulative particle size distribution display, data export, and is marked as compliant with ISO 14644-17 and IEST 1246E. SUMON is used to count and measure particles larger than 20 microns on a 10 cm² surface, generate trend charts, and evaluate cleaning efficiency and deposition rates.

Pricing and Deployment

The text does not disclose pricing, licensing model, or payment methods, so it is likely quote-based via sales contact. In terms of deployment, APMON 2 relies on an internet-connected AWS data platform, while APMON 1.5 offers a local analysis option, which is valuable for cleanroom scenarios where data cannot be sent to the cloud.

Pros and Cons

The advantages are its specialized use case and metrics closely aligned with contamination-control decisions. It can help identify deposition events caused by personnel entry, material movement, insufficient cleaning, and similar factors. Its materials also provide substantial industry background, key particle size information, and references to relevant standards. The drawbacks are the lack of API/SDK information, developer documentation, system interfaces, SLA, data compliance details, and pricing. As a “developer tool,” it is relatively weak; it is more like an industrial monitoring hardware-plus-software system.

Who It’s For and Access in China

It is suitable for cleanroom teams in electronics, electromechanics, automotive, aerospace, medical, semiconductor equipment, and other industries that need to control macroscopic particle contamination. The text does not specify access conditions in China. If using APMON 2’s AWS cloud-based analysis, actual connectivity, latency, and compliance requirements need to be verified separately.