Our plant growth chambers offer the ideal solution for a wide range of scientific research. By precisely controlling temperature, humidity, and light conditions, they allow detailed analysis of how crops respond during different physiological and growth stages. They create the perfect environment for gaining a deeper understanding of plant growth processes, including transpiration, flowering, and fruit development.
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Features
High-Precision Temperature Control and Energy-Efficient Design
Microprocessor PID Control and Freezing Capacity Control: Minimizes temperature fluctuations to achieve precise temperature management. Enables highly accurate experiments while contributing to energy and power savings.
Built-in Humidity Sensor (MLR-352H only): Uses a compact, lightweight polymer membrane humidity sensor to accurately measure chamber humidity. Offers excellent reproducibility and high accuracy, with easy humidity calibration from the control panel.
Flexible Programming Features
Programmable Temperature Functions: Ideal for temperature cycling and vernalization research, supporting up to 12-step programs stored in up to 10 patterns. Allows linking multiple programs in "join mode" and offers a choice between clock mode and timer mode.
Operation Start Date and Time Setting: Enables programming of operation start date and time for flexible experiment scheduling.
Easy Data Management and Calibration
Automatic Operation Data Recording: Automatically records approximately two weeks of operation data at six-minute intervals, accessible via the control panel.
Data Transfer: Operation data can be transferred to a PC via Ethernet (LAN) or RS232C/RS485 interfaces and saved in CSV format.
Simple Calibration: Temperature and humidity calibration can be easily performed from the control panel to maintain high measurement accuracy.
FAQs
Ultra Low Temperature Freezer
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- Type of incubators depend on Applications
- PHCbi offers you the following product lineup for incubation equipment.
| Type of Incubator |
Plant Growth Chamber |
Temp. Controlled Incubator
Cooled Incubator
Heated Incubator |
CO2 Incubator
Multigas Incubator |
| Type of cell culture |
Plant cell |
Microbe |
Animal cell |
| Type of cell culture |
Various plant cells, seeds |
Eukaryotes (Moss, Algae, Mushrooms, Yeast etc.)
Archaeum (Thermoduric bacteria etc.)
Eubacteria (E. coli, Salmonella etc.)
|
Epithelial cells (kidney cells, hepatocytes etc.)
Mesenchymal cells (adipocytes, muscle cells, bone cells etc.)
Stem cells (ES cells, iPS cells etc.)
|
| Applications |
Plant acclimation,
Photomorphogenesis,
Photosynthesis researches
|
Identification of bacteria causing food poisoning in hospitals
Confirmation of the absence of bacteria in food at food at food manufacturers
Research on microorganisms
Other physicochemical experiments
|
Regenerative medicine research
Drug development
Disease research
IVF (In Vitro Fertilization) and ART (Assisted reproductive techniques)
|
| Controlled items |
Temp. / Humidity / Brightness |
Temp. / Humidity |
Temp / CO2&O2 gas % / (Humidity) |
| Control Parameter |
Temp.: +5℃ to +50 ℃ (light OFF)
+10 ℃ to +50 ℃ (light ON)
Brightness: 0 to 20,000 lx
Humidity: 60% to 90% (light OFF)
55% to 85% (light ON)
|
Temp: -10℃ to +60℃ For Cooled Incubator
+5 to +80℃ For Heated Incubator |
Temp: + 5℃ to +50 ℃
CO2: 0 to 20 %
Humidity: 95±5 %
|