HAIER BIOMEDICAL / ENVIRONMENTAL CHAMBERS

Set the conditions.
Study what changes.

Explore Haier controlled-temperature and humidity chambers, with selectable capacity, operating requirements and photostability options.

Find your matches ↗

Need CO₂ or multigas culture? Explore incubators ↗

Haier representative environmental chambers photograph — MANUFACTURER SERIES PHOTOGRAPH / CONFIGURATION VARIES

01 / DEFINE THE FIT

A few choices.
A useful shortlist.

Select what matters, leave the rest open, then find your matches.

All fields are optional. Temperature matches use humidity enabled; lighting can narrow the range. Confirm the full temperature/RH operating envelope and U.S. supply for your study.

02 / EXPLORE THE MODELS

Compare your possibilities.

03 / MODEL + CONFIGURATION

Go directly to a model

Available configuration

Discuss this configuration ↗

Dimensions are W × D × H. Inch and pound values are calculated from millimeters and kilograms. Planning specifications do not replace installation drawings, clearances or configuration approval.

04 / SEE HOW THE FEATURES FIT

Understand the conditions.
Choose with confidence.

Animations explain concepts; they are not live readings, performance tests or validated cycles.

01 / CONTROL THE HUMIDITY

A setpoint.
A controlled environment.

The HHS-256/506/756 series lists active PTC humidification across 10–90% RH. Compressor and Pro families list 10–95% RH. Temperature, ambient conditions and sample load constrain the achievable envelope.

Published humidity ranges do not mean every temperature/humidity combination is achievable.

02 / MATCH THE OPERATING ENVELOPE

Temperature limits
change with the options.

Semiconductor chambers list 5–70°C with humidity and no light, narrowing to 15–60°C with humidity plus light. Compressor and Pro models list 10–70°C with humidity, or 10–60°C with humidity and light.

The selector evaluates the published humidity-controlled minimum for your chosen light configuration.

03 / DEFINE THE LIGHT EXPOSURE

Make photostability
part of the configuration.

Choose the optional photostability module when your study needs controlled illumination. The Pro brochure lists 0–10,000 lux and 320–400 nm UV with 0–1.7 W/m²; semiconductor models publish a different UV output.

Confirm the installed light module, exposure uniformity and study qualification; a viewing lamp is not a photostability module.

04 / KEEP THE STUDY TRACEABLE

Record the environment.
Review the conditions.

Haier lists data interfaces and monitoring functions for these chamber families. The latest Pro brochure also describes access levels, audit trails and batch-record functions. Review the supplied software and qualification documentation against your requirements.

Illustrative chart only. Compliance and validation depend on the supplied configuration and your qualified process.

BUILD A CONFIGURATION AROUND YOUR WORK

Start with your application.
We’ll work through the fit.

Tell us your samples, capacity, operating conditions, available power and required documentation.

Discuss your application ↗

Need CO₂ or multigas culture? Explore incubators ↗

Set the conditions.Study what changes.

A few choices.A useful shortlist.

Compare your possibilities.

Understand the conditions.Choose with confidence.

A setpoint.A controlled environment.

Temperature limitschange with the options.

Make photostabilitypart of the configuration.

Record the environment.Review the conditions.

Start with your application.We’ll work through the fit.