Labmate Mould Incubator LMMD-D104
Labmate Mould Incubator LMMD-D104 is a 150 L incubator designed for precise fungal and microbial studies. It features the PMMA II control system with 6-stage fan speed control, enabling uniform airflow and stable temperature distribution. The R134a refrigeration system with imported compressor ensures quiet, reliable operation. Its cold-rolled steel exterior, mirror stainless-steel inner chamber, and vacuum toughened glass provide durability, insulation, and observation convenience. The unit includes UV sterilization for contamination control and power-off memory for seamless recovery after interruptions.
Product Info
Key Features
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150 L capacity suitable for medium-scale sample incubation
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Temperature range: 0 – 60 °C with 0.1 °C resolution
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Temperature fluctuation: ±0.7 °C (heating) / ±1 °C (cooling)
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Temperature uniformity: ±1.5 °C at 37 °C
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PMMA II control system with 6-stage fan speed regulation
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Timer range: 0 – 9999 min/h
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UV lamp: 8 W for sterilization
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Adjustable shelves: 3 standard, up to 5 maximum
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Load per shelf: 15 kg
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Power-off memory and over-temperature alert
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Mirror stainless-steel chamber and vacuum toughened glass
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Imported compressor with R134a refrigerant for efficient cooling
Technical Highlights
Parameter Specification Volume 150 L Temperature Range 0 – 60 °C Temperature Resolution 0.1 °C Temperature Fluctuation ±0.7 °C (Heating) / ±1 °C (Cooling) Temperature Uniformity at 37 °C ±1.5 °C Timer Range 0 – 9999 min/h Number of Shelves 3 standard (max 5) Load per Shelf 15 kg UV Lamp 8 W Power Consumption 500 W Internal Dimensions 500 × 370 × 815 mm External Dimensions 595 × 580 × 1232 mm Net Weight 82 kg Gross Weight 93 kg Accessories
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Adjustable shelves (3 standard, up to 5 maximum)
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UV lamp (8 W)
Applications
Labmate Mould Incubator LMMD-D104 is ideal for:
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Environmental impact studies
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Fungal cultivation and mycology research
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Pharmaceutical testing and development
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Food and microbial contamination testing
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Any laboratory application requiring controlled temperature, uniform airflow, and contamination prevention
This model combines precision temperature control, airflow management, and UV sterilization, making it reliable for research and industrial microbiology applications.
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