Biochemical BOD Incubator LX706BOD is PID, microprocessor controlled, with dynamically self-diagnostic control technology for prevention of any failures or damage to the equipment as well as making detection easy. Also equipped with a compressor, temperature controller and temperature sensor.

Catalog
Specifications
Chamber volume 1000 L
Display LED display
Temperature control range 5℃-60℃
Temperature accuracy ±0.1℃ at 37℃
Temperature fluctuation ±0.3℃
Temperature uniformity ±1℃ at 37℃
Temperature sensor PT100
Timer 1min-99hr
Shelf size 880 x 875
Shelf quantity ( std./max) 3/18 pcs
Power consumption 3100 W
Power supply 220V / 50Hz
Chamber dimensions 950 x 900 x 1150 mm
External dimensions 1100 x 1150 x 1980 mm
Net weight 300 kg
Packing dimension 1290 x 1240 x 2200 mm
Gross weight 350 kg
Features
  • Chamber material - 304 stainless steel and powder steel coating housing material

  • Two stainless steel shelves with adjustable space

  • Compressor with over-pressure and under-pressure protection, intelligent defrost, self-checking on-and-off control program and internal refrigeration device

  • To ensure uniformity of incubator chamber temperature it is provided with Omni-directional 3D heating technology

  • Thermostatic controller with high-speed, high-performance CPU chip

  • High-sensitivity and high-precision Pt resistance sensor

  • Preset programmed control with a timing range of up to 99 hours for power-on, power-off and working

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

  • Can store the parameters given in the memory

  • Temperature display calibration

  • Having additional features like long life, low noise and temperature fluctuation

Applications
  • These are designed for analysis of water body, BOD test, cultivation and storage of bacteria, molds and microorganisms, plant cultivation and seed-breeding test in the field of environmental protection, medical and scientific research.

Optional Accessories
  • Independent temperature control and alarming system to provide dual protections

  • UV lamp

BOD A Incubator

Labdex BOD A Incubator deliver precise temperature and humidity control for biochemical oxygen demand testing in environmental and water quality laboratories. Features include digital monitoring, uniform heat distribution, and energy-efficient operation for consistent, reproducible results. Ideal for environmental labs, research institutions, and industrial water testing, these incubators provide stable conditions for extended experiments, helping laboratories achieve accurate BOD measurements and reliable results for regulatory and research purposes.

Hot Air Block Incubator

Labdex Hot Air Block Incubator provide rapid, uniform heating for test tubes and samples. Features include efficient air circulation, digital temperature control, and energy-efficient operation. Suitable for drying, enzyme reactions, and laboratory incubation, they maintain stable conditions for accurate, reproducible results in microbiology and research applications.

Dry Block Incubator

Labdex Dry Block Incubator provide safe, uniform heating for test tubes and small samples. Features include precise digital temperature control, energy-efficient operation, and rapid heat distribution. Suitable for laboratory heating, biochemical assays, and sample incubation, they ensure consistent temperature across all samples, maintaining experimental accuracy and reproducibility for microbiology and research applications.

Dual Temperature Control Dry Block Incubator

Labdex Dual Temperature Control Dry Block Incubator, allow independent temperature zones in a single unit. Features include precise digital control, uniform heat distribution, and energy-efficient operation. Ideal for simultaneous experiments requiring different temperatures, they support biochemical assays, microbial studies, and laboratory research with reliable, reproducible conditions across multiple samples.

Thermostatic Shaking Incubator

Labdex Thermostatic Shaking Incubator combine precise temperature control with programmable orbital shaking. Features include digital monitoring, uniform heating, and adjustable speeds. Ideal for microbiology, biotechnology, and cell culture research, they maintain reproducible conditions and reliable experimental results.