Achieving high hatchability rates depends on accurate and consistent control of environmental conditions. Temperature, humidity, and CO₂ levels directly affect embryo development, and even small fluctuations can cause weak embryos, deformities, or embryo loss.Uniform temperature distribution is especially critical in the early stages of incubation.
With dol-sensors’ DOL 112 and DOL 115 temperature sensors, hatchery managers can continuously monitor and maintain ideal temperatures, ensuring a stable and healthy environment for embryos.Our robust, high-precision sensors provide real-time data for climate controllers, enabling precise regulation and reducing the risk of errors. By securing optimal incubation conditions, dol-sensors helps hatcheries improve uniformity, increase hatch rates, and support stronger, healthier chicks.
Temperature distribution throughout the cabin must be consistent, as temperatures outside the ideal range can disrupt the development process, potentially causing deformities, weak embryos, or even death. Embryos are highly sensitive to temperature fluctuations, especially during early development.
With a DOL 112 or DOL 115 temperature sensor or a DOL 114 Temperature and Humidity sensor, the temperature is constantly monitored accurately, ensuring optimum temperatures for the eggs.
Proper humidity prevents eggs from drying out or becoming too moist. Low humidity can “shrink-wrap” chicks, while high humidity risks fluid buildup, leading to respiratory issues or drowning. DOL 104 and DOL 114 humidity sensors are designed to resist moisture and condensation, ensuring long-lasting performance.
High CO2 levels can reduce oxygen exchange, harming embryo development. The DOL 119 CO2 sensor requires no calibration and ensures reliable, continuous CO2 monitoring.
