Labmate CO₂ Incubator LMCOI-B100
The Labmate CO₂ Incubator LMCOI-B100 features an 80 L water-jacket chamber designed for precise and reliable control of cell culture, tissue growth, and biochemical experiments. Its PID microprocessor control with three separate temperature probes monitors the box, water jacket, and door independently, ensuring stable internal conditions. The digital display provides real-time monitoring of operational parameters, while LED indicators and a built-in alarm system alert for overheating, water shortage, or unaspirated conditions. Equipped with air duct fan, forced convection, sterile air filter, and UV light system, it supports aseptic conditions and uniform incubation.
Product Info
Key Features
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80 L water-jacket chamber with polished steel interior
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PID microprocessor with three temperature probes for precise control
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Digital display panel with LED indicators
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Built-in alarms for overheating, water shortage, and CO₂ anomalies
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Forced convection fan with air duct and sterile air filter
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UV sterilization system
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Direct reading CO₂ flowmeter
Applications
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Microbial and cell culture
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Tissue growth and regenerative studies
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Biochemical and pharmaceutical experiments
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Research in microbiology, biotechnology, and clinical laboratories
Technical Highlights
Specification Details Chamber Volume 80 L Temperature Range RT +3 °C to 60 °C Temperature Stability ≤ ±0.2 °C Temperature Uniformity ≤ ±0.3 °C Timing Range 1–9999 min or continuous CO₂ Range 0–20 % Humidity Method Natural vaporization Jacket Type Water jacket Power Consumption 600 W Power Supply AC 220 V, 50 Hz Chamber Size (W×D×H) 400 × 400 × 500 mm External Dimension (W×D×H) 570 × 590 × 930 mm Packing Dimension (W×D×H) 640 × 680 × 1030 mm Net Weight 55 kg Gross Weight 85 kg Features
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Polished steel chamber
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Air duct fan with forced convection
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Sterile air filter
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UV light system
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Direct reading CO₂ flowmeter
Applications
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Microbiology, biotechnology, and pharmaceutical research
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Tissue engineering and cell culture
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Biochemical experiments requiring stable CO₂ and temperature conditions
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