DMi8 LaserSafe Enclosure

H203-T

Cage Controller set contains temperature controller, the user touch screen interface and the USB cable for LASX connection. No control of gasification.

H203-T-H-CO2

Okolab Cage Incubator employs a Temperature and CO2 Control Unit that ensures precise environmental conditions inside the enclosure.

The H203-T-H-CO2 Cage Controller set includes a temperature controller, CO2 controller, air pump, built-in Vibration Free Humidifying Module, user touch screen interface, and USB cable for LASX connection.

• Temperature range: from 3°C above ambient to 45°C


• Temperature accuracy: ± 0.1°C on the sample


• Two ductless heaters for smooth warm air recirculation


• Vibration Free Humidifying Module employing a water-permeable membrane


• CO2 sensor: NDIR dual-wavelength sensor


• CO2 accuracy: ± 0.1%


• CO2 range: 0-20%


• CO2 sensor lifetime: 10 years


• Air pump flow rate: 0.05 – 0.4 l/min, factory set at 0.4 l/min


• Sample or enclosure feedback operation


• Operated via touch screen interface OKO-TOUCH

H203-T-H-CO2-O2[0-21]

Okolab Cage Incubator employs a Temperature, CO2, and O2 Control Unit that ensures precise environmental conditions inside the enclosure.

The H203-T-H-CO2-O2[0-21] Cage Controller set includes a temperature controller, CO2 (0-20%) and O2 (0-21%) controller, air pump, built-in Vibration Free Humidifying Module, user touch screen interface, and USB cable for LASX connection.

• Temperature range: from 3°C above ambient to 45°C


• Temperature accuracy: ± 0.1°C on the sample


• Two ductless heaters for smooth warm air recirculation


• Vibration Free Humidifying Module employing a water-permeable membrane


• CO2 sensor: NDIR dual-wavelength detector


• Oxygen sensor: Optical Oxygen sensor


• CO2 accuracy: ± 0.1%


• CO2 range: 0-20%


• CO2 sensor lifetime: 10 years


• Oxygen accuracy: ± 0.1% at 5% O2


• Oxygen range: 0-21%


• Oxygen sensor lifetime: 5 years


• Oxygen resolution: 0.1%


• Air pump flow rate: 0.2 – 0.4 l/min, factory set at 0.4 l/min


• Sample or enclosure feedback operation


• Operated via touch screen interface OKO-TOUCH

H203-T-H-CO2-O2[0-95]

Okolab Cage Incubator employs a Temperature, CO2, and O2 Control Unit that ensures precise environmental conditions inside the enclosure.

The H203-T-H-CO2-O2[0-95] Cage Controller set includes a temperature controller, CO2 (0-20%) and O2 (0-95%) controller, built-in Vibration Free Humidifying Module, user touch screen interface, and USB cable for LASX connection.

• Temperature range: from 3°C above ambient to 45°C


• Temperature accuracy: ± 0.1°C on the sample


• Two ductless heaters for smooth warm air recirculation


• Vibration Free Humidifying Module employing a water-permeable membrane


• CO2 sensor: NDIR dual-wavelength detector


• Oxygen sensor: Digital mixing of N2, O2, and CO2 using mass flow controllers


• CO2 accuracy: ± 0.1%


• CO2 range: 0-20%


• Oxygen range: 0-95%


• Air pump flow rate: 0.2 – 0.4 l/min, factory set at 0.4 l/min


• Sample or enclosure feedback operation


• Operated via touch screen interface OKO-TOUCH

H203-K-FRAME

BL3 Gas Chamber for XY Stages with K-Frame Insert (160x110mm) – Sliding Lid

• Sliding lid for easy pipetting


• It hosts MW plates without the addition of any insert


• Inserts can be used on XY/Piezo stages even without the specimen chamber, provided that the XY/Piezo stage is equipped with a MW holder, such as K-FRAME-MW-HOLDER


• A high-precision temperature sensor is embedded in the chamber to provide the best temperature control accuracy on the sample


• Perfusion holes: #12, 2.5 mm O.D.


• Minimum condenser working distance: 23 mm


• It requires at least one specimen holder

GS35-INSERT:

• 1”x3” chamber slide and #2 35mm petri dish holder


•  it can also fit into any XY/ stage equipped with a holder for multiwell plates

CO2-H-IN-CHAMBER-SENSOR

In chamber CO2 and Humidity sensor. It provides feedback from the inside of the Okolab BL3 chambers.

• The sensor can be easily added to compatible chambers at any time.


• Sensors lifetime 5 years.


• If used along with the CO2/Hypoxia controller, it also provides a calculation of the O2 level