BioChambers Incorporated products

BioChambers’ plant growth chamber model FXC-9 was specifically designed to provide maximum flexibility with a shelving module which can be configured for tall plant research (single tier maximizing growth height, upward airflow providing uniform conditions on a horizontal plane, and a counterbalanced adjustable height lamp canopy maximizing the light intensity) or configured for short plant research (two tiers of shelving maximizing the plant growth area and a perforated back wall delivering horizontal airflow ensuring each tier is under the same environmental conditions). BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model FXC-19 was specifically designed to provide maximum flexibility with shelving modules which can be configured for tall plant research (single tier maximizing growth height, upward airflow providing uniform conditions on a horizontal plane, and a counterbalanced adjustable height lamp canopy maximizing the light intensity) or configured for short plant research (three tiers of shelving maximizing the plant growth area and a perforated back wall delivering horizontal airflow ensuring each tier is under the same environmental conditions). BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth room series FXR was specifically designed to provide maximum flexibility with shelving modules which can be configured for tall plant research (single tier maximizing growth height, upward airflow providing uniform conditions on a horizontal plane, and a counterbalanced adjustable height lamp canopy maximizing the light intensity) or configured for short plant research (three tiers of shelving maximizing the plant growth area and perforated side walls delivering horizontal airflow ensuring each tier is under the same environmental conditions). BioChambers’ plant growth rooms provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model TPC-8 was specifically designed to maximize the light intensity at the top of the plants by incorporating a counterbalanced adjustable height lamp canopy. As the plants grow, the researcher easily adjusts the height of the lamp canopy to maintain the light intensity at the top of the plants. The chamber features an open channel floor delivering upward airflow providing uniform conditions on a horizontal plane. The electrical and cooling systems are located at waist height with ease of service in mind. BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model TPC-15 was specifically designed to maximize the light intensity at the top of the plants by incorporating a counterbalanced adjustable height lamp canopy. As the plants grow, the researcher easily adjusts the height of the lamp canopy to maintain the light intensity at the top of the plants. The chamber features an open channel floor delivering upward airflow providing uniform conditions on a horizontal plane. The electrical and cooling systems are located at waist height with ease of service in mind. BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model TPC-19, first in the industry, was specifically designed for facilities with high ceilings, allowing a design which maximizes the available floor space. Maximum light intensity is achieved at the top of the plants by incorporating a counterbalanced adjustable height lamp canopy. As the plants grow, the researcher easily adjusts the height of the lamp canopy to maintain the light intensity at the top of the plants. The chamber features an open channel floor delivering upward airflow providing uniform conditions on a horizontal plane. BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model TPCB-19 was specifically designed with a barriered lamploft in which lamp heat is isolated from the plant growth space and is independently temperature controlled, maximizing the light intensity at all chamber temperatures by maintaining a constant lamploft temperature. The chamber features a downward airflow design providing uniform conditions inside the chamber. BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model TPC-37 was specifically designed to maximize the light intensity at the top of the plants by incorporating a counterbalanced adjustable height lamp canopy. As the plants grow, the researcher easily adjusts the height of the lamp canopy to maintain the light intensity at the top of the plants. The chamber features an open channel floor delivering upward airflow providing uniform conditions on a horizontal plane. The electrical and cooling systems are located at waist height with ease of service in mind. BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth chamber model TPCV-37 was specifically designed to maximize the light intensity at the top of the plants by incorporating a counterbalanced adjustable height lamp canopy. As the plants grow, the researcher easily adjusts the height of the lamp canopy to maintain the light intensity at the top of the plants. The chamber features an open channel floor delivering upward airflow providing uniform conditions on a horizontal plane. A walk-in vestibule enables research work to be performed on the plants within the conditioned space. BioChambers’ plant growth chambers provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.

BioChambers’ plant growth room series TPR was specifically designed to maximize the light intensity at the top of the plants by incorporating a counterbalanced adjustable height lamp canopy. As the plants grow, the researcher easily adjusts the height of the lamp canopy to maintain the light intensity at the top of the plants. Airflow is sent downward in the center aisle to the floor where it is re-directed upward in the plant growth area continuing up through the lamp canopies. A walk-in aisle enables research work to be performed on the plants within the conditioned space. BioChambers’ plant growth rooms provide tight uniform control of temperature, a balanced lighting spectrum using a combination of broad spectrum and far-red LED modules, and adjustable airflow.