Controlled Environments
Vibration · EMI shielding · ESD · High-precision industry · MRI
Vibration, EMI and ESD control for high-precision industry, beyond ISO 14644.
In detail
Beyond pharmaceutical cleanrooms there is a category of environment that high-precision industry has always needed and rarely had a name for. We call them Technology Spaces. The variables we control go beyond ISO 14644: temperature, humidity and particles for semiconductors, microelectronics, aerospace, defence and data centres — but also structural vibration (floating slabs and seismic isolation systems up to VC-G class), electromagnetic field (Faraday cages for EMI/EMC and RF shielding for magnetic resonance rooms to IEC 60601-2-33) and electrostatic discharge (ESD zones to ANSI/ESD S20.20). These are the variables that do not appear in ISO 14644 — but that determine whether the process works.
Reference frameworks: ASHRAE TC 9.9 for data centres, ECSS-Q-ST-70 for space applications, AS9100 Rev D for quality integration in aerospace and defence, EN 50600 and ANSI/TIA-942 for data centre infrastructure. One team. Every variable.
Sterile compounding, isolation rooms, nuclear medicine — built in live clinical environments without interrupting care.
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Optical components, precision sensors, advanced electronics — environments where surface cleanliness determines product performance.
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EV components, ADAS sensors, power electronics — electrification created cleanroom requirements that conventional automotive facilities cannot meet.
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Outgassing. Molecular contamination. Vibration. The three variables that determine whether a satellite works in orbit — and whether it can be assembled on the ground.
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Sub-100nm particles are simultaneously the product and the contamination risk. Conventional cleanroom filtration addresses neither.
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Sterile compounding, isolation rooms, nuclear medicine — built in live clinical environments without interrupting care.
See more →Sectores aplicables
Optical components, precision sensors, advanced electronics — environments where surface cleanliness determines product performance.
See more →Sectores aplicables
EV components, ADAS sensors, power electronics — electrification created cleanroom requirements that conventional automotive facilities cannot meet.
See more →Sectores aplicables
Outgassing. Molecular contamination. Vibration. The three variables that determine whether a satellite works in orbit — and whether it can be assembled on the ground.
See more →Sectores aplicables
Sub-100nm particles are simultaneously the product and the contamination risk. Conventional cleanroom filtration addresses neither.
See more →Sectores aplicables
Sterile compounding, isolation rooms, nuclear medicine — built in live clinical environments without interrupting care.
See more →Sectores aplicables
Optical components, precision sensors, advanced electronics — environments where surface cleanliness determines product performance.
See more →Sectores aplicables
EV components, ADAS sensors, power electronics — electrification created cleanroom requirements that conventional automotive facilities cannot meet.
See more →Sectores aplicables
Outgassing. Molecular contamination. Vibration. The three variables that determine whether a satellite works in orbit — and whether it can be assembled on the ground.
See more →Sectores aplicables
Sub-100nm particles are simultaneously the product and the contamination risk. Conventional cleanroom filtration addresses neither.
See more →Sectores aplicables
