Labzee Digital Climate Chambers are engineered to deliver advanced environmental simulation across a wide range of chamber sizes, from 175L to 1675L. They feature a broad temperature range from 0°C to 55°C (10°C to 55°C with lighting), ensuring precise and stable climate control. Their user-friendly LCD interfaces support multi-segment environmental programming for flexible and accurate control. Our Digital Climate Chambers are ideal for laboratories requiring reliable, programmable climate control across a wide range of experimental conditions.
Chamber Volume
Temperature Range With Light
Temperature Range Without Light
Temperature Stability
Temperature Fluctuation
Frequently Asked Questions
1: What is a digital climate chamber used for?
A digital climate chamber is used to simulate controlled environmental conditions such as temperature, humidity, and light for scientific research, product testing, plant growth, and stability studies.
2: What temperature and humidity ranges do these chambers support?
Labzee Digital Climate Chambers typically offer a temperature range of 0°C to 55°C (10°C to 55°C with lighting active) and a humidity range from 30% to 95% RH, with ±1°C and ±3% RH precision.
3: What chamber sizes are available?
Chambers are available in various capacities ranging from 175L to 1675L, catering to small-scale lab experiments and large-scale industrial research needs.
4: Can I program custom environmental cycles?
Yes. The chambers feature a user-friendly LCD interface that supports multi-segment programming, allowing users to set customized temperature, humidity, and light cycles.
5: Are these chambers suitable for plant growth experiments?
Absolutely. With programmable light intensity and stable humidity and temperature control, these chambers are ideal for plant growth, seed germination, and tissue culture applications.
6: Do Labzee climate chambers support continuous operation?
Yes. Designed with high-performance components and automatic system protections, these chambers are built for long-term, uninterrupted use in demanding environments.
