163 l
chamber volume
Micro Solutions / Life Science
Next generation incubator with precise gas control and dry sterilization chamber up to 160 °C

Next generation incubator with precise gas control and dry sterilization chamber up to 160 °C
performance of VCI (CO2) and VMI (multigas, O2 2–80%) with a volume of about 163 liters
The VCI Series is a next-generation direct-heating CO2 incubator with touch control and standard dry sterilization up to 160 °C.
High-precision NDIR CO2 control, uniform heating, polished camera and removable elements support stable culture and simplify maintenance. The optional monitoring module allows you to observe cells and assess confluence without opening the door.
VCI-165P: about 163 l; 620×740×850 mm, internal chamber 481×531×640 mm, four shelves standard/up to 10. Temperature: ambient +5...50 °C, accuracy ±0.1 °C, uniformity ±0.3 °C. CO2 0-20%, ±0.1 %. Sterilization 50–160 °C, 0.1–10 h; weight 90 kg.
chamber volume
dry thermosterilization to
temperature-precision
CO2 sensor
sensory control
polished
| External dimensions (W×D×H) | 620×740×850 mm |
|---|---|
| Internal dimensions (WxGxB) | 481×531×640 mm |
| Chamber volume | about 163 l |
| Camera/hull material | SUS304/SUS430 stainless steel inside, galvanized steel with powdered coloring outside |
| Shelves. | 4 standard, top 10 |
| Weight | 90 kg |
| Regulatory method | digital PID regulator |
|---|---|
| Range. | from the surrounding +5 °C to 50 °C, step 0.1 °C |
| precision | ±0,1 °C |
| Uniformity | ±0,3 °C |
| Temperature range | 50–160 °C, step 1 °C |
|---|---|
| Uniformity in sterilization | ±3 °C |
| Cover time. | 0.1-10.0 h |
| CO2 sensor | NDIR |
|---|---|
| CO2, range | 0–20 % |
| CO2, accuracy | ±0,1 % |
| O2, sensor | — galvanic |
| O2, range | — 2,0–80,0 % |
| O2, accuracy | — ±0,5 % |
| Method | evaporation |
|---|---|
| Meaning. | 95% ±4% of humidity |
| Power supply | single-phase 110–120 V or 220–240 V AC, 50/60 Hz, 7.5 A |
|---|---|
| Consumption | 750 W |
Monitoring culture without opening the camera door
Transfer of device readings to external monitoring systems
Connection of external alarms
Gas supply control
Restriction of camera access
Moving and changing the location of the device
Stabilization of several incubators
Protection of the device from dust