Multipurpose climatic chamber for the study of specific climatic conditions in laboratories. Control of internal conditions of temperature, relative humidity, illumination and photoperiod. Own software for total control.
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State-of-the-art solutions for research and quality control. Our growth chambers are specially designed to simulate an optimal controlled environment for the study of plant varieties, organisms, algae, insects and small mammals.
Discover our selection of growth chambers specially designed to simulate an optimal environment for plant growth, algae cultivation, microorganisms, insects and small mammals. With advanced features such as precise environmental control, dedicated lighting and integrated data monitoring. Our cameras offer an indispensable tool for researchers, quality control and scholars of the plant and animal world. From plant physiology research to algae cultivation for food and pharmaceutical purposes, our cameras satisfy a wide range of scientific applications.
Ability to adjust and maintain specific conditions of temperature, humidity and other environmental factors.
Different position options and LED lighting configuration.
Continuous monitoring and data collection.
Intelligent design ensures superior performance with optimised power consumption.
Constructed with high quality materials guaranteeing its operation over time.
Wide temperature range. From +4 to +60 ºC.
From 30 to 90% RH. (In versions with humidity control).
Optional: -30 to +70ºC. Optional: 10 to 98% RH.
Catalogue volumes between 190 and 3000 litres.
Microprocessor-based controllers.
Stainless steel AISI 304. Optional: AISI 316.
Lacquered steel exterior. Optional: Stainless steel.
Made of AISI 304 or AISI 316 perforated stainless steel.
Recorder with graphic display and internal memory.
Natural refrigerant gas with low GWP.
OUR PRODUCTION SERIES
Multipurpose climatic chamber for the study of specific climatic conditions in laboratories. Control of internal conditions of temperature, relative humidity, illumination and photoperiod. Own software for total control.
Climate chamber with humidity and light control for algae cultivation.
Plant Physiology Research: The chambers provide a controlled environment to study physiological processes such as photosynthesis, respiration, transpiration and nutrient uptake in plants under different environmental conditions.
Plant Genomics Research: For studying physiological processes such as photosynthesis in plants under different environmental conditions.
Phytopathology: Used to study the interaction between plants and pathogens, allowing research into disease development, plant resistance and the efficacy of phytosanitary treatments.
Phytochemistry: These allow research into the production of chemical compounds that are beneficial or harmful to plants, such as secondary metabolites, tannins, flavonoids, among others, under controlled conditions.
Tissue Research: For the study of tissue growth processes under photosynthesis in organisms under different environmental conditions.
Algae Cultivation for Food Purposes: The chambers provide optimal light and nutrient conditions for the cultivation of edible algae such as spirulina and chlorella, which are rich in protein, vitamins and minerals.
Algae Cultivation for Pharmaceutical Purposes: Used to study the production of bioactive compounds present in algae, such as polysaccharides, antioxidants and pigments, with potential application in medicine and pharmacology.
Cultivation of Algae for Cosmetic Purposes: These allow research into the production of compounds used in the cosmetics industry, such as algae extracts with moisturising, antioxidant and rejuvenating properties.
Entomology and Insect Behaviour: Chambers are useful for studying the behaviour, reproduction and interaction of insects and other arthropods in a controlled environment, providing valuable information for pest management and species conservation.
Forensic Entomology: They are used to study the succession and colonisation of insects on decomposing corpses, assisting in criminal investigations and in estimating the post-mortem interval.
Pollination studies: They are used to investigate the relationship between plants and their pollinators, studying pollination efficiency and the diversity of pollinating insects in different environments.
Climate Change Effects Studies: The cameras allow the simulation of future temperature, humidity and CO2 conditions, helping to understand how plants, algae and insects will respond to climate change and to develop adaptation and mitigation strategies.
These applications demonstrate the versatility and importance of specialised chambers in various fields of scientific research and technology development.
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