CO2 Incubator Shaker 160-CIS102

Lab Expo CO2 Incubator Shaker 160-CIS102 offers a spacious 160L volume providing ample capacity for various samples. It features a CO₂ control range of 0 to 20% ensuring precise atmospheric conditions for optimal cell culture growth. It features a rotation speed range from 2 to 300 rpm adjusting seamlessly based on load and arrangement. It features a heatless waterproof fan that minimizes heat generation and ensures uniform airflow for consistent environment condition.

$19,714.00 $ 16428

CO2 Incubator Shaker 160-CIS102 - Specifications

Volume 160L
Rotation Speed 2 to 300rpm depending on load and stacking
Speed Control Accuracy 1rpm
Shaking Throw 50mm
Shaking Motion Orbital
Temperature Control Mode PID control mode
Temperature Control Range 4 to 60°C
Temperature Display Resolution 0.1°C
Temperature Distribution ±0.3°C at 37°C
Principle of Temperature Sensor Pt-100
CO2 Control Range 0 to 20%
CO2 Display Resolution 0.1%
CO2 supply 0.05 to 0.1MPa
Maximum Loading Capacity 35kg
Tray capacity of shake flask 35×250ml or 24×500ml or 15×1000ml or 8×2000ml
Control Interface 7.0-inch LED touch operation screen
Maximum Expansion Stackable up to 3 units
Illumination FI tube,30W
Principle of CO2 Sensor Infrared (IR)
Sterilization Method UV sterilization
Number of Settable Programs 5
Number of Stages per Program 30
Data Export Interface USB interface
Historical Data Storage 800,000 messages
User Management 3 levels of user management: Administrator/Tester/Operator
Ambient Temperature 5 to 35°C
Material (Incubation Chamber) Stainless steel
Data Export Interface USB interface
Material (Outer Chamber) Painted steel
Historical Data Storage 800,000 messages
Power Consumption 1300W
User Management 3 levels of user management: Administrator/Tester/Operator
Power Supply 115/230V±10%, 50/60Hz
Ambient Temperature 5 to 35°C
Internal Dimension 720×632×475mm
Material (Incubation Chamber) Stainless steel
Dimensions (W×D×H) 1100×820×710mm
Material (Outer Chamber) Painted steel
Weight 155kg
Power Consumption 1300W
CO2 supply 0.05 to 0.1MPa
Power Supply 115/230V±10%, 50/60Hz
Internal Dimension 720×632×475mm
Dimensions (W×D×H) 1100×820×710mm
Control Interface 7.0-inch LED touch operation screen
Weight 155kg
Maximum Expansion Stackable up to 3 units
Illumination FI tube,30W
Principle of CO2 Sensor Infrared (IR)
Sterilization Method UV sterilization
Number of Settable Programs 5
Number of Stages per Program 30
Data Export Interface USB interface
Historical Data Storage 800,000 messages
User Management 3 levels of user management: Administrator/Tester/Operator
Ambient Temperature 5 to 35°C
Material (Incubation Chamber) Stainless steel
Material (Outer Chamber) Painted steel
Power Consumption 1300W
Power Supply 115/230V±10%, 50/60Hz
Internal Dimension 720×632×475mm
Dimensions (W×D×H) 1100×820×710mm
Weight 155kg

CO2 Incubator Shaker 160-CIS102 - Key Features

  • Stainless steel incubation chamber with 160L volume capacity
  • Painted steel outer chamber with UV sterilization method
  • Temperature control range 4 to 60C for precise regulation
  • CO2 control range 0 to 20% with infrared sensor principle

CO2 Incubator Shaker 160-CIS102 - Applications

FunctionImplementation
Cell culture labs0 to 20% CO₂ control range supports precise atmospheric conditions
Sample shaking applications2 to 300 rpm rotation speed adjusts based on load and stacking
Programmable protocols5 settable programs with 30 stages each enable complex workflows
Data management needsUSB interface exports 800,000 historical messages for traceability
Multi-unit installationsStackable up to 3 units expands capacity within footprint limits

CO2 Incubator Shaker 160-CIS102 - Catalog

Related CO2 Incubator Shaker

Lab Expo CO2 Incubator Shaker units are used for controlled incubation with simultaneous shaking in cell culture and microbiology workflows. The range includes chamber volumes from 160 to 315 liters with shaking speeds from 2 to 1000 rpm and fine speed control. Systems integrate CO₂ regulation, temperature control, and orbital agitation, suitable for cell growth, suspension cultures, and laboratory incubation applications.