Labmate Illumination Incubator LMII-A101

Key Features

• Microprocessor-controlled system for temperature, illumination, and temperature ramping

• Omni-directional 3D heating for uniform temperature distribution

• Independently controlled illumination inside the chamber

• Dual-door design for minimized temperature loss

• Compressor with over-pressure and under-pressure protection, intelligent defrost

• Self-checking on/off control program and internal refrigeration device

• Multi-segment programmable control (up to 30 temperature segments) for simulating day/night temperature cycles

• High-sensitivity PT100 temperature sensor for precise readings

• LED display for real-time monitoring

• 8-level adjustable LED illumination up to 12,000 Lx

• Adjustable 304 stainless-steel shelves for flexible sample placement

• Powder-coated steel exterior for durability and corrosion resistance

• Multiple alarms: sensor failure, high/low temperature deviation, over-temperature

• Parameter memory for program retention during power interruption

Technical Highlights

Parameter	Specification
Chamber Volume	150 L
Temperature Range	With illumination: 10 °C – 60 °C; Without illumination: 0 °C – 60 °C
Temperature Accuracy	±0.1 °C at 37 °C
Temperature Fluctuation	±0.5 °C
Temperature Uniformity	±0.5 °C at 37 °C
Controller	PID microprocessor, soft touch
Display	LED
Temperature Sensor	PT100
Illumination	0 – 12,000 Lx, 8-grade adjustable
Timer Range	1 min – 2970 h, power-on/off control
Inner Material	304 stainless steel
Outer Material	Steel with powder coating
Inner Dimensions (W×D×H)	500 × 400 × 750 mm
Outer Dimensions (W×D×H)	650 × 645 × 1425 mm
Net Weight	98 kg
Shelf Size	434 × 380 mm
Number of Shelves	2 standard (up to 10 optional)
Power Consumption	700 W
Power Supply	220 V / 50 Hz (optional 220 V/60 Hz, 110 V/60 Hz)

Applications

Labmate Illumination Incubator LMII-A101 is ideal for:

• Plant growth and seed germination under controlled light and temperature

• Photobiology and light-sensitive biological experiments

• Environmental simulation with day/night temperature and light cycles

• Tissue culture requiring uniform temperature and illumination

• Research requiring precise control of temperature ramps, humidity, and lighting conditions

• Experimental setups in biotechnology, agriculture, and environmental studies

This model provides high-precision, programmable environmental control, making it suitable for both research labs and advanced experimental setups where consistent light and temperature regulation is critical.