Controlled Environments
Dry Rooms · Inert Atmosphere · ATEX Zones
Dry rooms, inert atmosphere and ATEX zones where standard air is incompatible with the product.
In detail
In some processes standard air is incompatible with the product. The atmosphere has to be engineered. Three families under a single engineering capability. Dry Rooms: dew point from −40°C to −60°C where humidity causes product degradation, dimensional instability or safety risk. Inert Atmosphere: nitrogen or argon enclosures for total oxygen displacement in additive manufacturing with reactive metal powders, lithium processing and air-sensitive chemical synthesis. ATEX Zones: Zone 0/1/2 classification for gas/vapour and Zone 20/21/22 for dust under Directives 2014/34/EU and 1999/92/EC — with direct experience in ATEX projects for pharmaceutical applications.
One engineering capability. Three answers to the same underlying problem: standard atmosphere is a process variable that must be controlled. HVAC systems sized for the full atmospheric management load at production scale, not pilot laboratory scale.
MDR 2017/745, FDA QMSR, ISO 13485 — classified environments built to pass both the Notified Body and the FDA with the same documentation package.
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Manufacturing yield is a direct function of environmental control. Every design decision carries a production cost.
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Surface cleanliness determines conversion efficiency. Humidity during lamination determines module service life.
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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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MDR 2017/745, FDA QMSR, ISO 13485 — classified environments built to pass both the Notified Body and the FDA with the same documentation package.
See more →Sectores aplicables
Manufacturing yield is a direct function of environmental control. Every design decision carries a production cost.
See more →Sectores aplicables
Surface cleanliness determines conversion efficiency. Humidity during lamination determines module service life.
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
MDR 2017/745, FDA QMSR, ISO 13485 — classified environments built to pass both the Notified Body and the FDA with the same documentation package.
See more →Sectores aplicables
Manufacturing yield is a direct function of environmental control. Every design decision carries a production cost.
See more →Sectores aplicables
Surface cleanliness determines conversion efficiency. Humidity during lamination determines module service life.
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
Completed Projects
