Plant growth chambers
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Growth chmbers with light
Growth chambers with lighting allow the device to work with a uniform distribution of light. As a result, lighting and temperature conditions...
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Growth chambers with light and humidity
Growth chambers with light and humidity provide uniform conditions of temperature, light and humidity. The units are designed to replicate natural...
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Growth chamber are devices used for the proper growth of plants and other organisms, where uniform light conditions, constant temperature, and unchanging relative humidity must be ensured. The growth chamber makes it possible to carry out biological research throughout the year under strictly preset growing conditions, depending on the needs, they can be simulated and varying climatic conditions accordingly. The surface area of the working chamber of each chamber can vary from small laboratory to full-container up to 21m2 which allows to conduct research in many combinations and repetitions and different intervals, which in turn allows the plants to go through a full vegetative cycle, that is, from seed to full plant size. This is of extreme importance, for example, when we want to study what a given fertilizer affects a given plant and how the right choice of fertilizer can enhance optimal growth processes. In conjunction with the control of its dosage, we can then discuss the processes of optimizing growth and yield in plants and, consequently, their crops. The chambers we offer allow biological research to be carried out in the temperature range from 0°C to 70°C (with the use of lighting in the range from 5°C to 60°C) with uniform uniform distribution of the programmed temperature in the device chamber, along with automatic air exchange in the chamber. The chamber's operating control systems allow to regulate the preset humidity level in the range from 40% to 95% and at the preset concentration of carbon dioxide through the gas dosing system directly into the device chamber. The system of automatic control of light intensity and light spectrum in five diurnal cycles (morning, forenoon, noon, afternoon, evening) allows you to reproduce the conditions that prevail in nature by simulating changes in daily and annual lighting, that is, it tunes the device to the seasons and given climatic conditions. Interestingly, in the chamber of some devices it is also possible to simulate the effect of wind through fans, which in turn can even better reproduce the natural conditions of plant vegetation, and thus the research conducted is more effective and authoritative. Thanks to the use of a reliable lighting system, the uniformity of light is preserved throughout the space of the phytotron chamber.The interior is covered with stainless steel so that cleaning the device is easy and ensuring culture conditions is extremely easy. These devices are ideal for laboratory work as they are extremely precise, durable and safe to use, and the device's programming menus are easy for the user to learn, making them extremely user-friendly for daily research work. Our devices incorporate numerous innovations in imitating natural culture conditions such as a state-of-the-art humidity control system and an even air circulation system. Our growth chambers can operate in a range of different operating conditions in facilities and are equipped with a number of variable adjustable lighting cassettes with fluorescent lamps ( they can be selected individually depending on the research being carried out), which can be smoothly adjusted and optimized. An important part of the equipment's operation is its regular servicing through calibration of the device's operating parameters, which is intended to ensure that the device is uninterrupted and fully functional on a daily basis. Growth chambers are devices used for the proper growth of plants and other organisms, where uniform light conditions, constant temperature, as well as constant relative humidity must be ensured. The growth chamber makes it possible to carry out biological research throughout the year under strictly preset growing conditions, depending on the needs, they can be simulated and varying climatic conditions accordingly. The area of the working chamber of each chamber can vary from small laboratory chambers to full-container chambers of up to 21 m2, which allows us to conduct research in many combinations and repetitions and different intervals, which in turn allows the plants to go through a full vegetative cycle, i.e. from seed to full plant size. This is of extreme importance, for example, when we want to study what a given fertilizer affects a given plant and how the right choice of fertilizer can enhance optimal growth processes. In conjunction with the control of its dosage, we can then discuss the processes of optimizing growth and yield in plants and, consequently, their cultivation.The chambers we offer allow biological research to be carried out in the temperature range from 0 ° C to 70 ° C (or, in the case of using lighting, from 5 ° C to 60 ° C) with uniform uniform distribution of the programmed temperature in the chamber of the device, along with automatic air exchange in the chamber. The chamber's operating control systems allow to regulate the preset humidity level in the range from 40% to 95% and at the preset concentration of carbon dioxide through the gas dosing system directly into the device chamber. The system of automatic control of light intensity and light spectrum in five diurnal cycles (morning, forenoon, noon, afternoon, evening) allows to reproduce the conditions that prevail in nature by simulating changes in daily and annual lighting, that is, it tunes the device to the seasons and given climatic conditions. Interestingly, in the chamber of some devices it is also possible to simulate the effect of wind through fans, which in turn can even better reproduce the natural conditions of plant vegetation, and thus the conducted research is more effective and authoritative. Thanks to the use of a reliable lighting system, the uniformity of light in the entire space of the phytotron chamber is maintained.The interior is covered with stainless steel so that cleaning the device is easy, and ensuring the conditions of culture is extremely easy. These devices are ideal for laboratory work as they are extremely precise, durable and safe to use, and the device's programming menu is easy for the user to master, making them extremely user-friendly for daily research work. Our equipment incorporates numerous innovations in imitating natural culture conditions, such as a state-of-the-art humidity control system and a system of uniform air circulation. Our growth chambers can operate in a range of different facility conditions and are equipped with a number of variable adjustable lighting cassettes with fluorescent lamps ( they can be selected individually depending on the research being carried out), which can be smoothly adjusted and optimized. An important part of the equipment's operation is its regular servicing through calibration of the device's operating parameters, which is aimed at ensuring that the device is uninterrupted and fully functional on a daily basis.