Labmate Mould Incubator LMMD-A202
Labmate Mould Incubator LMMD-A202 is a 150 L incubator designed for precise fungal and microbial sample incubation. It incorporates a microcomputer fuzzy PID control system with an intuitive color LCD touch display for accurate temperature setting and monitoring. Uniform heat distribution is achieved through a forced convection fan, while automated power-off compensation and over/under-temperature alarms ensure reliable and safe operation. Its stainless steel interior and tempered glass observation door provide durability and clear visibility for continuous sample monitoring.
Product Info
Key Features
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150 L chamber for larger sample loads
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Temperature range: 0 °C to 70 °C with ±1 °C fluctuation
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Humidity range: 55%–90% RH for optimal microbial growth
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Color LCD touch display for intuitive control
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Microcomputer fuzzy PID control system for stable regulation
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Forced convection fan for uniform air circulation
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Automotive tempered glass door for uninterrupted observation
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Automatic power-off compensation for power interruptions
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Over- and under-temperature alarm system for safety
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Magnetically sealed outer door with non-corrosive stainless steel chamber
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Fluorine-free, noise-less refrigerant compressor
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Air exhaust drainage for humidity management
Technical Highlights
Parameter Specification Chamber Capacity 150 L Temperature Range 0 °C – 70 °C Temperature Resolution 0.1 °C Temperature Fluctuation ±1 °C Humidity Range 55% – 90% RH Timer 0–9999 min Number of Shelves 2 Internal Material Stainless steel Display Color LCD touch screen Power Consumption 600 W Power Supply AC 220 V, 50 Hz Internal Dimension 400 × 500 × 750 mm External Dimension 640 × 640 × 1360 mm Net Weight 30 kg Applications
Labmate Mould Incubator LMMD-A202 is ideal for:
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Culturing fungi, bacteria, and plant tissue samples
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Environmental and soil microbiology research
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Quality control testing and microbial incubation studies
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Laboratory and educational research requiring controlled temperature and humidity
This model provides a balance of capacity, precision, and reliability, making it suitable for medium to large-scale microbial incubation and research workflows.
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