Our Mold Incubators are built to provide precise and controlled environments for cultivating mold and other microorganisms. These incubators feature a spacious interior with adjustable shelves, allowing flexibility for various sample sizes. The semicircular corners ensure easy cleaning, promoting a sterile environment. They integrate digital displays, and programmable controls for precise management of temperature and humidity cycles. Our mold incubators deliver consistent performance, making them ideal for microbial research, food safety testing, and pharmaceutical applications.
Shelves |
3 |
Temperature range |
4 °C ~ 60 °C |
Temperature control |
0.1 ° C |
Temperature stability |
± 5.0 °C |
Shelves |
3 |
Temperature range |
4 °C ~ 60 °C |
Temperature control |
0.1 ° C |
Temperature stability |
± 5.0 °C |
Our Multi-Functional Incubators are designed for various applications, including research, agriculture, and educational fields. They offer precise temperature control and adjustable humidity, optimizing incubation from ambient to elevated levels. The incubators have digital displays for easy use and alarms for temperature and humidity changes. Their spacious interiors are perfect for microbiology and plant germination. Labotronics incubators are energy-efficient, delivering high performance while minimizing energy consumption.
Capacity |
150 L |
Operating temperature range |
0 to 100°C |
Ambient Temperature |
15 to 30°C suggest 25 ± 2°C |
Humidity |
≤ 80% |
Capacity |
200 L |
Operating temperature range |
0 to 100 °C |
Ambient Temperature |
15 to 30 °C suggest 25 ± 2°C |
Humidity |
≤ 80% |
Our thermostat and humidistat incubator is an advanced laboratory device designed to provide precise control over both temperature and humidity levels within a controlled environment. These incubators are essential for experiments and applications that require a stable and regulated atmosphere. The combination of thermostat and humidistat functionality in a single unit makes these incubators versatile tools for a wide range of biological and environmental studies, contributing to the success and reliability of research in various scientific fields.
Capacity |
250 L |
Temperature range |
5 °C ~ 50 °C, added humidity: 10 °C ~ 45 °C |
Humidity range |
50 %RH ~ 90 %RH |
Temperature fluctuation |
± 1 °C |
Capacity |
160 L |
Temperature range |
5 °C ~ 50 °C, added humidity: 10 °C ~ 45 °C |
Humidity range |
50 %RH ~ 90 %RH |
Temperature fluctuation |
± 1 °C |
Capacity |
500 L |
Temperature range |
5 °C ~ 50 °C, added humidity: 10 °C ~ 45 °C |
Humidity range |
50 %RH ~ 90 %RH |
Temperature fluctuation |
± 1 °C |
Capacity |
300 L |
Temperature range |
5 °C ~ 50 °C, added humidity: 10 °C ~ 45 °C |
Humidity range |
50 %RH ~ 90 %RH |
Temperature fluctuation |
± 1 °C |
We provide a mini dry bath incubator, a compact and versatile laboratory device designed for precise temperature control and sample incubation in microtubes and microplates. With a small footprint, it efficiently accommodates a limited number of samples and maintains temperatures ranging from ambient to 100°C, depending on the model. Our incubators are essential in molecular biology and biotechnology research, enabling tasks like DNA denaturation, enzyme reactions, and sample thawing, while offering user-friendly features such as digital displays, timer functions, and rapid heating or cooling capabilities.
Temperature Range |
5 °C ~ 100 °C |
Temperature accuracy at 40°C |
± 0.2°C |
Display accuracy |
± 0.3°C |
Heating Time |
± 0.1°C |
Temperature Range |
5 °C ~ 100 °C |
Temperature accuracy at 40°C |
± 0.5°C |
Display accuracy |
± 0.3°C |
Heating Time |
± 0.1°C |
We provide a multi-chamber incubator, a versatile and efficient laboratory instrument designed to provide controlled environments for different incubation or culturing requirements simultaneously. It consists of multiple compartments, each with its own independent temperature, humidity, and environmental controls. Our incubators are valuable in research settings where various experiments or cultures with distinct temperature and environmental needs must be conducted in parallel. Researchers can run multiple experiments at the same time, optimizing space and resource usage while maintaining the specific conditions required for each chamber, such as cell culture, microbiology, or plant growth studies.
Capacity |
288 L ( 72 L × 4 chambers ) |
Chamber |
4 |
Shelves ( Each chamber ) |
3 |
Total shelves ( 4 chambers ) |
12 |
Capacity |
540 L ( 135 L × 4 chambers ) |
Chamber |
4 |
Shelves ( Each chamber ) |
3 |
Total shelves ( 4 chambers ) |
12 |
Capacity |
540 L ( 135 L × 4 chambers ) |
Chamber |
4 |
Shelves ( Each chamber ) |
3 |
Total shelves ( 4 chambers ) |
12 |