Panasonic (PHCbi) 生醫設備
 
 
MCO-80IC-PK 二氧化碳CO2培養箱
 
MCO-80IC-Catalog(PDF下載)
 
 
 
 
 
  產品內容
 

型號

溫控範圍(°C)

外觀尺寸
W x D x H mm

淨重

MCO-80IC-PK

室溫5C˚到50C˚

2040 x 853 x 986

275Kg(606lb)

有效容積

851L(30.1 cu. ft.)

電壓

220V/60Hz

 
 
 
  產品功能說明
 
特性

• 彈性可調整大容量設計
• 內部銅合金抗菌設計
• 殺菌紫外燈系統(選配)
• 精確的溫度和穩定的二氧化碳濃度控制
• 全視角雙窗格玻璃門

 
 
overview
The Panasonic MCO-80IC is a large capacity, Reach-in CO2 Cell Culture Incubator, ideal for culturing large volumes of patient samples, performing short-term studies, and working with large volume cell culture apparatus. Superior contamination control with an antibacterial copper-alloy stainless interior that helps eliminate molds, spores and other contaminating spills, kills mycoplasma and provides a noncorrosive environment
 
 
Superior CO2 Recovery and Lower CO2 Consumption
The large capacity incubator was specifically designed for critical applications in pharmaceutical, biotechnology and clinical investigations.
 
 
Superior CO2, Temperature, and Contamination Control
• CO2 range: 0 to 20%
• Temperature range 5°C above ambient to 50°C
• Effective capacity per chamber: 851 liters
 
 
Benefits
• Passive Resistance To Mycoplasma
• Integrated Core Technologies For Maximum Performance
• Active Background Contamination Control
• IR Infrared CO2 System
• SafeCell Active Background Contamination Control
• InCu saFe Copper-Enriched Stainless Steel
• Microprocessor Control System
• Exceptionally low CO2 consumption rates, less than half of similar competitive units
• Horizontal Laminar Airflow System promotes temperature uniformity
• Forced air surrounding chamber allows uniform temperature distribution with no temperature gradients
• Exceptional Contamination Control
 
 
Features
• Panasonic inCu saFe copper-alloy-stainless interior, shelves and plenum
• 851 liters capacity cabinet
• Cabinet can accommodate a roller bottle apparatus, 5 bottles wide x 7 bottles high (requires mounting kit, MCO-80RBS)
• Temperature uniformity
• Forced air surrounding chamber
• Cell Culture Protection Systems
• Superior CO2 Recovery and Lower CO2 Consumption
• Optional UV Sterilization and Humidity Control
• Superior Contamination Control