• Compressor-type Chiller
• Heat Exchanger
• Thermoelectric Chiller
• Cryogenic Chiller
• CO₂ Type

Compressor-type Chiller

• Compressor-type Chiller
• Heat Exchanger
• Thermoelectric Chiller
• Cryogenic Chiller
• CO₂ Type

Compressor-type Chiller

• 
• 
  Momentary Power Outage
  Resistance (Power Vaccine)
• 
  High-reliability Refrigeration
  Components and Cycle
• 
  Energy-saving Refrigeration
  System (60% less power)
• 
  Low Noise, Low Power
  Circulation System
  (50% Reduction)
• 
  Seismic & Vibration-resistance
  Design

Heat Exchanger

• 
• 
  Momentary Power Outage Resistance
  (Power Vaccine)
• 
  High-reliability
  Components and Sensors
• 
  Precision Control
  3-Way Valve (±0.01℃)
• 
  Low Noise, Low Power
  Circulation System (50% Reduction)
• 
  Seismic & Vibration-resistance
  Design

Thermoelectric Chiller

• 
• 
  Momentary Power Outage Resistance
  (Power Vaccine)
• 
  High Accuracy & Fast Response
  Temperature Control (±0.01℃)
• 
  High Efficiency(Hiper) TEM & Block
• 
  IGBT Circuit, Non-defective SMPS
• 
  Compact Size & User-friendly Structure

Cryogenic Chiller

• 
• 
  Momentary Power Outage Resistance
  (Power Vaccine)
• 
  High-reliability System under
  Cryogenic Condition
  (Dew condensation, Freezing Prevention)
• 
  Special Refrigeration System
  Extra Low Temperature (7kW@-70℃)
• 
  Rapid Cooling and Maintaining
  (20 ▶ -80℃, 10min.)
• 
  Seismic & Vibration-resistance
  Design

CO₂ Chiller

• 
• 
  Low power circulation system
  (with variable Frequency driver)
• 
  High-reliability Refrigeration
  Components & Cycle
• 
  Seismic & Vibration-resistance
  design
• 
  System protection by safety valve
• 
  Application of eco-friendly natural
  refrigerant (GWP : 1)
• 
  Refrigeration cycle consisting of high
  pressure parts of 10 MPa or more
  (Up to 14MPa)