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Air Jacketed CO2 Incubator NACI-601

Air Jacketed CO2 Incubator NACI-601

Air Jacketed CO2 Incubator NACI-601 features a 155L capacity, delivering precise operation. It regulates CO₂ concentrations from 0 to 20% V/V, providing a stable environment for cell cultures. Our unit recovers CO₂ levels within 3 minutes, minimizing disruption in lab work. It maintains humidity levels through natural vaporization for uniform temperature distribution. This incubator also includes an integrated UV sterilizer, allowing a safe working environment.


$12,588.00

Catalog

Specifications

Volume 155L
Temperature Range RT+5 to 55℃
Ambient Temperature +5 to 30℃
Temperature Stability ±0.1℃
CO2 Range 0 to 20% V/V
CO2 Control Resolution ±0.1%(IR sensor)
CO2 Recovery (Door open 30s,recovery to 5%) ≤ 3min
Temperature Recovery (Door open 30s,recovery to 37℃ ) ≤ 8min
Humidity Method Natural vaporization≥90%
Heating Method Air-jacketed, PID Control
Sterilization method 90°C moist heat disinfection (18hrs)+UV Sterilizer
Screen 7 inch Touch screen
Shelves 3
Power Consumption 700W
Voltage 220V 50Hz
Internal Dimension (L×W×H) 530×480×610 mm
External Dimension (L×W×H) 770×670×880 mm
Gross Weight 124 kg

Features

  • Touch screen controller
  • Infrared sensor
  • Stainless-steel chamber
  • Temperature control alarm system
  • Microorganism filter

Applications

  • Air Jacketed CO2 Incubator NACI-601 is used to stabilizes cultures in a temperature-controlled environment. It is applied in fields such as biomedical research, cell biology, pharmaceuticals, and clinical laboratories.

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Air Jacketed CO2 Incubator NACI-601

Air Jacketed CO2 Incubator NACI-601

Related Models Of CO2 Air Jacketed Incubator

Labnics CO2 Air Jacketed Incubators offer precise temperature and CO2 control for optimal cell culture environments. They feature easy-to-clean stainless-steel chambers with adjustable shelves. Our units are microprocessor-controlled, ensuring precise regulation and consistent environmental conditions. They provide UV sterilization to ensure a sterile environment and minimize contamination risks. These incubators include advanced safety systems such as audible and visual alarms for temperature and CO2 concentration variations.

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