Our Products

Stage Top Systems
< STEV.ECU.HC5 STAGE TOP
< STEV.ECU.HC STAGE TOP
< STEV.ECU.HCP FULL ENCLOSURE
< STEV.ECU.HOC FULL ENCLOSURE
  1. STEV.ECU.HCP FULL ENCLOSURE
    Stage top unit with fully digital control of heat and gas flow. A single space saving controller that will regulate all functions of the stage top unit. Exactly the same as the STEV.ECU.HC with the addition of a probe at the cellular level for interactive Co2 regulation. If Co2 content drops at the cellular level, the probe measures the drop and increases Co2 input to bring the level to the desired amount. Utilizes a 100% Co2 tank and an ambient air tank. Can mix from .1% Co2 to 20% Co2 in .1% increments. You can set flow rate from 10sccm to 90sccm with 10sccm increments. System has heat below the water bath and heat from above embedded in the glass. It has a temperature probe inside the cell chamber to regulate heat at the cellular level. Will work at temperatures 10 degrees above ambient to 50 degrees C. Uses In Vivo’s proprietary humidity system that has the gas travel through tubing inside the water bath that does not allow bacteria to enter the sample area. Specimen area is completely sealed so no ambient air can enter. Will work with well plates and other sample holders can be purchased. Has a USB2 output for monitoring heat and Co2 levels during experiments.

    Has 4 programmable digital control loops

    Independent incubator base temperature PID control with 0.1 degree C precision

    Independent incubator lid temperature PID control with 0.1 degree C precision

    Co2 digital PID control with 0.1% precision

    ​Airlfow digital PID control from 0-900 sccm
  2. STEV.ECU.HC STAGE TOP
    Stage top unit with fully digital control of heat and gas flow. A single space saving controller that will regulate all functions of the stage top unit. Utilizes a 100% Co2 tank and an ambient air tank. Can mix from .1% Co2 to 20% Co2 in .1% increments. You can set flow rate from 10sccm to 900sccm with 10sccm increments. System has heat below the water bath and heat from above embedded in the glass. It has a temperature probe inside the cell chamber to regulate heat at the cellular level. Will work at temperatures 10 degrees above ambient to 50 degrees C. Uses In Vivo’s proprietary humidity system that has the gas travel through tubing inside the water bath that does not allow bacteria to enter the sample area. Specimen area is completely sealed so no ambient air can enter. Will work with well plates and other sample holders can be purchased. Has a USB2 output for monitoring heat and Co2 levels during experiments.

    Has 4 programmable digital control loops

    Independent incubator base temperature PID control with 0.1 degree C precision

    Independent incubator lid temperature PID control with 0.1 degree C precision

    Co2 digital PID control with 0.1% precision

    ​Airlfow digital PID control from 0-900 sccm
  3. STEV.ECU.HC5 STAGE TOP
    Stage top unit with fully digital control of heat and gas flow. A single space saving controller that will regulate all functions of the stage top unit. Utilizes a premixed 5% Co2 tank. You can set flow rate from 10sccm to 900sccm with 10sccm increments. System has heat below the water bath and heat from above embedded in the glass. It has a temperature probe inside the cell chamber to regulate heat at the cellular level. Stev will work at temperatures10 degrees above ambient to 50 degrees C. Uses InVivo’s proprietary humidity system that has the gas travel through tubing inside the water bath that does not allow bacteria to enter the sample area. Specimen area is completely sealed so no ambient air can enter. Will work with well plates and other sample holders can be purchased. Has a USB2 output for monitoring heat and Co2 levels during experiments.

    Has 4 programmable digital control loops

    Independent incubator base temperature PID control with 0.1 degree C precision

    Independent incubator lid temperature PID control with 0.1 degree C precision

    Co2 digital PID control with 0.1% precision

    ​Airlfow digital PID control from 0-900 sccm
  4. STEV.ECU.HCP FULL ENCLOSURE
    A three gas mixer with Co2, Nitrogen, and ambient air for switching from normal Co2 experiments to hypoxic experiments. Has all the same features of the other units, but adds the Nitrogen to remove oxygen to levels from .1% to 10%. Has both a Co2 sensor and oxygen sensor built into the digital controller. Stage top unit with fully digital control of heat and gas flow. A single space saving controller that will regulate all functions of the stage top unit. Utilizes a 100% Co2 tank and an ambient air tank. Can mix from .1% Co2 to 20% Co2 in .1% increments. You can set flow rate from 10sccm to 900sccm with 10sccm increments. System has heat below the water bath and heat from above embedded in the glass. It has a temperature probe inside the cell chamber to regulate heat at the cellular level. Will work at temperatures 10 degrees above ambient to 50 degrees C. Uses In Vivo’s proprietary humidity system that has the gas travel through tubing inside the water bath that does not allow bacteria to enter the sample area. Specimen area is completely sealed so no ambient air can enter. Will work with well plates and other sample holders can be purchased. Has a USB2 output for monitoring heat and Co2 levels during experiments.

    Has 5 programmable digital control loops

    Independent incubator base temperature PID control with 0.1 degree C precision

    Independent incubator lid temperature PID control with 0.1 degree C precision

    Co2 digital PID control with 0.1% precision

    O2 digital PID control with 0.1% precision

    ​Airlfow digital PID control from 0-900 sccm
Full Enclosure Systems
< CH.HC5.SAT FULL ENCLOSURE
< CH.HC.SAT FULL ENCLOSURE
< CH.HCP.SAT FULL ENCLOSURE
< CH.HOC.SAT FULL ENCLOSURE
  1. CH.HC5.SAT FULL ENCLOSURE
    A full enclosure utilizing the entirely digital ECU.HC5. Chambers are designed for all of the microscope manufacturer’s inverted research microscopes. We also have numerous designs on upright microscopes. We will custom build on any microscope but it may require more lead time.

    This system is a custom built acrylic enclosure utilizing In Vivo Scientific’s proprietary directed airflow system. We have a closed loop heating system that brings the heated air into the bottom of the chamber below our diffusion plate. This diffusion plate allows us to evenly direct the air from bottom of the chamber to the top of the chamber thus creating a significantly more precise heating system than any other chamber on the market. We than bring the heated air out of the chamber and back into the heater. This closed loop system maintains minimal fluctuation of temperature. We use a 3/8″ acrylic for 50% better thermal properties over standard 1/4″ systems. We have a single wrap that is bent to fit into the top and bottom plate to make the system stronger than glued sides. Utilizes In Vivo’s proprietary humidification system where the gas is brought to the sample through a tubing inserted into the water bath. This tubing does not allow for bacteria to enter the sample area while equilibrating the gas to 37 degrees and 95% humidity. We only bring gas and humidity to small area around the sample for less wear and tear on your microscope as well as a more precise environment. Utilizes a satellite heater that is controlled by the ECU. All heat and airflow settings are located in the main ECU interface.

    Has 4 programmable digital control loops

    Independent incubator temperature PID control with 0.1 degree C precision

    Airflow control for satellite heater

    Co2 digital PID control with 0.1% precision

    ​Airlfow digital PID control for Co2from 0-900 sccm
  2. CH.HOC.SAT FULL ENCLOSURE
    A three gas mixer with Co2, Nitrogen, and ambient air for switching from normal Co2 experiments to hypoxic experiments. Has all the same features of the other units, but adds the Nitrogen to remove oxygen to levels from .1% to 10%. Has both a Co2 sensor and oxygen sensor built into the digital controller.

    This system is a custom built acrylic enclosure utilizing In Vivo Scientific’s proprietary directed airflow system. We have a closed loop heating system that brings the heated air into the bottom of the chamber below our diffusion plate. This diffusion plate allows us to evenly direct the air from bottom of the chamber to the top of the chamber thus creating a significantly more precise heating system than any other chamber on the market(Please see our full description of this system in the ???) We than bring the heated air out of the chamber and back into the heater. This closed loop system maintains minimal fluctuation of temperature. We use a 3/8″ acrylic for 50% better thermal properties over standard 1/4″ systems. We have a single wrap that is bent to fit into the top and bottom plate to make the system stronger than glued sides. Utilizes In Vivo’s proprietary humidification system where the gas is brought to the sample through a tubing inserted into the water bath. This tubing does not allow for bacteria to enter the sample area while equilibrating the gas to 37 degrees and 95% humidity. We only bring gas and humidity to small area around the sample for less wear and tear on your microscope as well as a more precise environment.

    Has 5 programmable digital control loops

    Independent incubator temperature PID control with 0.1 degree C precision

    Airflow control for satellite heater

    Co2 digital PID control with 0.1% precision (set from 0.1%-20% Co2)

    O2 digital PID control with 0.1% precision (set from 0.1% to 10% 02)

    ​Airlfow digital PID control for Co2from 0-900 sccm
  3. CH.HC.SAT FULL ENCLOSURE
    A full enclosure utilizing the entirely digital ECU.HC. Chambers are designed for all of the microscope manufacturer’s inverted research microscopes. We also have numerous designs on upright microscopes. We will custom build on any microscope but it may require more lead time.

    Completely digital controller mixes a 100% Co2 air source with an ambient air tank and allows you to set Co2 levels from .1% to 20% in increments of .1%. You can digitally set flow rater from 10sccm to 900sccm in 10sccm increments. This system is a custom built acrylic enclosure utilizing In Vivo Scientific’s proprietary directed airflow system. We have a closed loop heating system that brings the heated air into the bottom of the chamber below our diffusion plate. This diffusion plate allows us to evenly direct the air from bottom of the chamber to the top of the chamber thus creating a significantly more precise heating system than any other chamber on the market. We than bring the heated air out of the chamber and back into the heater. This closed loop system maintains minimal fluctuation of temperature. We use a 3/8″ acrylic for 50% better thermal properties over standard 1/4″ systems. We have a single wrap that is bent to fit into the top and bottom plate to make the system stronger than glued sides. Utilizes In Vivo’s proprietary humidification system where the gas is brought to the sample through a tubing inserted into the water bath. This tubing does not allow for bacteria to enter the sample area while equilibrating the gas to 37 degrees and 95% humidity. We only bring gas and humidity to small area around the sample for less wear and tear on your microscope as well as a more precise environment.

    • 4 programmable digital control loops

    • Independent incubator temperature PID control with 0.1 degree C precision

    • Airflow control for satellite heater

    • Co2 digital PID control with 0.1% precision
      ​
    • Airlfow digital PID control for Co2from 0-900 sccm
  4. CH.HCP.SAT FULL ENCLOSURE
    The same as the CH.ECU.HC but adds an interactive probe at the cellular level to maintain desired Co2 level. It mixes a 100% Co2 air source with an ambient air tank and allows you to set Co2 levels from .1% to 20% in increments of .1%. You can digitally set flow rate from 10sccm to 900sccm in 10sccm increments. The probe is interactive with the controller. If the Co2 content drops at the cellular level (within the stage dish), the probe will increase flow of Co2 to bring back the desired Co2 content.

    This system is a custom built acrylic enclosure utilizing In Vivo Scientific’s proprietary directed airflow system. We have a closed loop heating system that brings the heated air into the bottom of the chamber below our diffusion plate. This diffusion plate allows us to evenly direct the air from bottom of the chamber to the top of the chamber thus creating a significantly more precise heating system than any other chamber on the market(Please see our full description of this system in the ???) We than bring the heated air out of the chamber and back into the heater. This closed loop system maintains minimal fluctuation of temperature. We use a 3/8″ acrylic for 50% better thermal properties over standard 1/4″ systems. We have a single wrap that is bent to fit into the top and bottom plate to make the system stronger than glued sides. Utilizes In Vivo’s proprietary humidification system where the gas is brought to the sample through a tubing inserted into the water bath. This tubing does not allow for bacteria to enter the sample area while equilibrating the gas to 37 degrees and 95% humidity. We only bring gas and humidity to small area around the sample for less wear and tear on your microscope as well as a more precise environment.

    Has 4 programmable digital control loops

    Independent incubator temperature PID control with 0.1 degree C precision

    Airflow control for satellite heater

    Co2 digital PID control with 0.1% precision

    ​Airlfow digital PID control for Co2from 0-900 sccm
ALS CellCelector Info Sheet
CellEraser Demo PowerPoint