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Laboratory Humidifiers

Lab results depend on stable conditions. Smart Fog’s non-wetting lab humidifiers, built for laboratory use, hold research, testing and storage rooms at your setpoint within 1 to 2%, including the 50% RH at 23°C (73.4°F) that many test methods require, with no condensation on benches, samples or instruments.

Get a Lab Humidity Consultation

Laboratory Humidifiers From Smart Fog

 

Three things set Smart Fog’s lab systems apart:

    • Non-wetting dry fog: droplets of about 4.2 microns evaporate before they reach surfaces.
    • Automated, precise control: S Series sensors and a CPLC controller hold setpoint within 1 to 2%.
    • Four ways to install: wall-mounted, in-duct, custom grid and portable.

    How Humidity Affects Lab Work

    Many materials and instruments respond to humidity, so uncontrolled moisture adds a variable to every result. Standard test atmospheres, such as 23°C and 50% RH for paper (TAPPI T 402) and plastics (ASTM D618), exist for exactly this reason.

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    When humidity is too low

    Problems that appear when lab humidity drops too low:

    • Static discharges increase, disturbing analytical balances and damaging electronics
    • Samples and biological materials dry out, shrink or crack
    • Charged surfaces attract more dust
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    When humidity is too high

    Problems that appear when lab humidity is too high:

    • Condensation forms on cold surfaces and sensitive electronics
    • Mold and microbial growth become a risk
    • Hygroscopic samples and reagents absorb moisture, changing weights and reaction rates

    Non-Wetting Humidification for Laboratories

    Smart Fog’s laboratory humidity control systems add moisture as dry fog, so humidity rises without wet surfaces, and they run with minimal maintenance.

    Non-Wetting Hydration:

    Droplets of about 4.2 microns evaporate within seconds, before they reach benches, samples or instruments.

    Even coverage:

    Fine droplets spread evenly so readings match across the room, and the controls adjust output as occupancy and equipment loads change through the day.

    Documented, steady conditions:

    Humidity held within 1 to 2% of setpoint, with optional data logging over Modbus or BACnet, supports the records your quality system, GLP or GMP program requires. The range itself is set by your methods and validation.

    Why Humidity Control Matters in Laboratories.

    Stable humidity protects data integrity, repeatability and instrument life. Pharmaceutical, biotech and materials labs in particular rely on consistent conditions in testing rooms, storage areas and sample preparation, because a result that cannot be repeated is a result that cannot be used.

    Benefits of Humidifiers for Laboratories

    Precise humidity control protects your people, processes and instruments, without wet spots or waste.

    Stable research conditions:

    One less environmental variable in long-running experiments.

    Sample integrity:

    Consistent humidity limits evaporation, degradation and moisture uptake in reagents and samples.

    Easier documentation:

    Steady, logged conditions make audits and method validation simpler.

    Lower maintenance:

    No boiler to descale and no moving parts in the nozzles.

    Instrument protection:

    Less static and no condensation around sensitive equipment.

    Smart Fog Laboratory Humidifier Solutions

     Systems scale from a single testing room to a full lab building, and can serve each room separately where conditions differ.

    ES100 card:

    Mounts on a wall to humidify an individual lab or conditioning room directly. Button:

    TS100 card:

    Installs in the air handler or supply duct to humidify every lab the system serves. Button:

    ES100M card:

    A portable unit on wheels for temporary needs or rooms without a fixed installation.

    MS100 card:

    A custom grid for large open labs and production areas, up to 10,000 sq ft per system.

    FAQs

    What humidity should a laboratory maintain?

    It depends on the work. Many test methods condition samples at 23°C (73.4°F) and 50% RH, and general labs often run between 30 and 60%. Your methods and validation set the range; the humidifier’s job is to hold it.

    Why does a lab need a dedicated humidifier?

    Building humidity drifts with the weather and occupancy. A dedicated system holds each lab at its own setpoint, so results do not change with the season.

    Will it work in a cleanroom?

    Yes. Running on purified water, dry fog adds no particles or condensation. See the cleanroom humidification page for details.

    Is the system high maintenance?

    No. Upkeep is mainly water filter changes and periodic inspection; there is no boiler to descale and no moving parts in the nozzles.

    Can I scale Smart Fog humidifiers across multiple rooms?

    Yes. Systems are modular: add units room by room, or humidify several labs through the air handling system with an in-duct unit.