Labmate Mould Incubator LMMD-D102
Labmate Mould Incubator LMMD-D102 is a 250 L incubator designed for precise fungal and microbial studies. Equipped with the PAMMA I control system, it ensures stable temperature regulation and consistent incubation. The LED display allows intuitive monitoring, while UV lighting provides chamber sterilization to maintain contaminant-free conditions. Its vacuum toughened glass panel offers heat preservation, large viewing angle, and enhanced insulation. Adjustable mirror stainless-steel shelves optimize sample organization.
Product Info
Key Features
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250 L capacity for medium to large sample loads
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Temperature range: 0 – 50 °C with 0.1 °C resolution
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Temperature fluctuation: ±1 °C (heating) / ±2 °C (cooling)
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Temperature uniformity: ±2 °C at 37 °C
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PAMMA I control system for reliable temperature management
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LED display with timer (0 – 999 h)
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Memory function restores settings after power interruptions
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Mirror stainless-steel chamber for hygiene and durability
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Vacuum toughened glass panel for heat preservation and safe observation
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Adjustable shelves: 3 standard, up to 7 maximum
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Load per shelf: 15 kg
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Cold-rolled steel exterior for strength and corrosion resistance
Technical Highlights
Parameter Specification Volume 250 L Temperature Range 0 – 50 °C Temperature Resolution 0.1 °C Temperature Fluctuation ±1 °C (Heating) / ±2 °C (Cooling) Temperature Uniformity at 37 °C ±2 °C Timer Range 0 – 999 h Number of Shelves 3 standard (max 7) Load per Shelf 15 kg Power Consumption 360 W Internal Dimensions 505 × 450 × 1100 mm External Dimensions 615 × 620 × 1597 mm Net Weight 100 kg Gross Weight 118 kg Accessories
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Adjustable shelves (3 standard, up to 7 maximum)
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UV lighting for sterilization
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Vacuum toughened glass panel
Applications
Labmate Mould Incubator LMMD-D102 is ideal for:
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Food safety testing and microbial monitoring
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Environmental mould detection
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Pharmaceutical and mycology research
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Agricultural disease studies and fungal growth analysis
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Laboratories requiring sterile, uniform, and reliable incubation conditions
This model combines controlled temperature stability, sterility, and operational flexibility, making it suitable for advanced research and industrial applications.
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