Labmate Illumination Incubator LMII-A103
Labmate Illumination Incubator LMII-A103 is designed for advanced plant growth, tissue culture, and environmental simulation studies. It features dual temperature ranges to replicate day/night cycles, with microprocessor fuzzy PID control ensuring stable and precise temperature regulation. A full-spectrum light source, vertically mounted on the sides, provides uniform illumination, while an inner glass door allows real-time observation. Its corrosion-resistant stainless-steel chamber and rounded corners ensure durability and easy cleaning.
Product Info
Key Features
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Dual temperature ranges to simulate 24-hour day/night cycles
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Microprocessor fuzzy PID control for precise thermal management
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Full-spectrum vertically-mounted light source for uniform illumination
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Inner glass door for real-time observation of samples
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Blue light option for specialized plant or tissue growth applications
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Digital LCD display for easy monitoring and programming
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CFC-free refrigerant compressor for environmental safety
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3 adjustable stainless-steel shelves
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Corrosion-resistant stainless-steel interior with semicircle arced corners for easy cleaning
Technical Highlights
Parameter Specification Chamber Volume 250 L Illumination Intensity 0 – 15,000 Lx Temperature Range (with light) 10 °C – 50 °C Temperature Range (without light) 4 °C – 50 °C Temperature Resolution 0.1 °C Temperature Fluctuation ±1 °C Timer Range 1 – 9999 min Ambient Temperature 5 °C – 30 °C Number of Shelves 3 adjustable Internal Dimensions (W×D×H) 580 × 500 × 850 mm External Dimensions (W×D×H) 780 × 745 × 1560 mm Net Weight 168 kg Power Consumption 1900 W Power Supply AC 220 V / 380 V ; 50 Hz Chamber Material Corrosion-resistant stainless steel Display Digital LCD Applications
Labmate Illumination Incubator LMII-A103 is ideal for:
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Controlled plant growth and seed germination studies
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Tissue culture requiring consistent light and temperature
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Photobiology and environmental simulation experiments
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Laboratory research in agriculture, biotechnology, and environmental sciences
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Growth of microorganisms or cells under adjustable light and temperature cycles
This model provides a robust and precise growth environment, supporting reproducible experiments where light intensity and temperature uniformity are critical.
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