Microscope Incubators
IVF equipment
Gas Mixers
Active Humidity Controllers control the Relative Humidity inside the chamber in the range 50-95% with a resolution of 1%.
The dry gas is humidified by flowing over warm water. The Humidity sensor regulates water temperature in order to achieve the desired relative humidity in the chamber.
To prevent water condensation, the tube connecting the humidity controller to the chamber is heated.
The Bold Line CO2 (and / or O2) are digital controllers are especially designed for Microscope incubators. They connect to the Temperature unit and share the same touch screen interface.
Use the best Humidifier on the market: ACTIVE HUMIDITY CONTROLLER
It connects to the Gas Controller and shows up in OKO-TOUCH
Oxygen control is our pride.
Check out the available solutions in the Controller List
One controller feeds up to 10 microscope incubators.
Microscopes can be in different rooms.
Available Bold Line Digital Controllers
| CO2 | O2 | Accuracy | Outlet P, barg (psi) | |
|---|---|---|---|---|
| CO2-Unit-BL | 0-18% | - | ±0.1% | 0 |
| CO2-Unit-BL-CP2 (multi-user centralized controller) | 0-10% | - | ±0.1% | 1.5 (22) |
| O2-Unit-BL [1-20] | - | 1-20% | ±0.1% | 0 |
| CO2-O2 Unit-BL [0-10;1-18] | 0-10% | 1-18% | ±0.1% | 0 |
| CO2-O2 Unit-BL [0-20;1-95] | 0-20% | 1-95% | ±0.1% | 0 |
| CO2-O2 Unit-BL [0-10; 0-1] | 0-10% | 0-1% | ±0.1% | 0 |
These gas mixers employ accurate floating ball flow meters to mix gas AIR and CO2 streams. The desired gas concentration is achieved by measuring the individual flow rated prior to mixing.
For Hypoxia or Hyperoxia applications, a third flow meter if added to measure N2 or O2 flow rate.
No feedback is present on gas concentration.
All you need is a single flow meter to regulate the flux
3GF-MIXER is a simple and cost effective solution also for these application.
Use AIR-PUMP to feed air into the Manual Gas Mixers
Available Manual Gas Mixers
| 2GF MIXER | 0-20% | - | 0 |
| 3GF MIXER-HYPOXIA | 0-15% | 2-20% | 0 |
| 3GF MIXER-HYPEROXIA | 0-15% | 40-85% | 0 |
These gas mixers employ accurate floating ball flow meters to mix gas AIR and CO2 streams. The desired gas concentration is achieved by measuring the individual flow rated prior to mixing.
For Hypoxia or Hyperoxia applications, a third flow meter if added to measure N2 or O2 flow rate.
No feedback is present on gas concentration.
All you need is a single flow meter to regulate the flux
3GF-MIXER is a simple and cost effective solution also for these application.
Use AIR-PUMP to feed air into the Manual Gas Mixers
Available Manual Gas Mixers
| 2GF MIXER | 0-20% | - | 0 |
| 3GF MIXER-HYPOXIA | 0-15% | 2-20% | 0 |
| 3GF MIXER-HYPEROXIA | 0-15% | 40-85% | 0 |
The O2 (and CO2 / O2) Controllers are especially designed to work with Cell Culture Incubators. They are compatible with any Incubator equipped with an access port through which to introduce the gas inlet and the gas sampling tubes. The Controllers feature O2 and CO2 sensors and a built in suction pump to measure gas concentration and provide feedback.
The O2 (and CO2 / O2) Meters periodically withdraw a small quantity of gas from the incubator to measure its composition.
CO2-O2-CONTROLLER infuses CO2 and N2 in the incubator till set point is reached
Only two tubes enter in incubator to reduce contamination issues
Built in suction pump periodically withdraws gas to control its composition
Magnetic drying reduces gas humidity to increase measurement accuracy
O2 controller infuses N2 to deplete the Oxygen level in the incubator
Only two tubes enter in incubator to reduce contamination issues
Built in suction pump periodically withdraws gas to control its composition
Magnetic drying reduces gas humidity to increase measurement accuracy
The CO2-O2-T-METER performs periodic measurements of gas concentration.
It is equipped with a built in suction pump and a drying unit.
Only one tube enters into the incubator through the access port
CO2-O2-T-METER can be connected to a thermistor (product code THERMISTOR) to measure also temperature.
Available Controllers and Meters
| CO2 | O2 | Sensors Accuracy | Controller | Meter | |
|---|---|---|---|---|---|
| CO2-CONTROLLER | 0-20% | - | ±0.1% | x | x |
| O2-CONTROLLER | 0-21% | ±0.1% | x | x | |
| CO2-O2-CONTROLLER | 0-20% | 0-21% | ±0.1% | x | x |
| CO2-T-METER | 0-20% | ±0.1% | x | ||
| O2-T-METER | 0-21% | ±0.1% | x | ||
| CO2-O2-T-METER | 0-20% | 1-21% | ±0.1% | x |
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