Optimizing Chick Quality via Precise CO2 Damper Control

The Hidden Threat: Oxygen Deficiency

As embryos reach the late stages of development, their oxygen demand increases significantly. In large-scale African hatcheries, inadequate ventilation can lead to CO2​ buildup, resulting in "dead-in-shell" embryos or weak chicks that struggle to thrive after hatching.

Precision Atmospheric Management

The ELT-57600S utilizes advanced CO2​ damper control technology to maintain a precise balance between oxygen intake and carbon dioxide dissipation.

• Wide Monitoring Range: The system monitors CO2​ levels from 1000 to 9999 PPM with a precision of 100 PPM.

• Isolated Ventilation Structure: A new ventilation structure isolates exhaust, air intake, and enforced air cooling ducts. This ensures that fresh oxygen is replenished efficiently without disrupting the internal temperature.

• Automated Damper Adjustment: The incubator automatically adjusts the damper based on the embryonic development stage, preventing unnecessary energy loss while ensuring optimal respiratory conditions.

Outcome: Uniform and Vigorous Chicks

By maintaining ideal gas concentrations, hatcheries can see a marked improvement in hatchability and chick vigor. This precise control ensures that every embryo has the oxygen required for a successful and healthy hatch.