Laminar Airflow
Carrying Optimal Conditions to Every New Life
Laminar Airflow forms the foundation of our solutions. By creating a controlled, uniform airflow
throughout the incubator, conditioned air is distributed evenly throughout the entire machine,
providing every new life with uniform, optimal incubation conditions.
The air is precisely conditioned by MicroClimer Technology. Its unique sectional design enables
each climate zone to be conditioned independently, ensuring a uniform incubation environment
and optimal embryo development.
Laminar Airflow
Laminar Airflow is the
foundation of our technology
Uniformity is the foundation of successful incubation. Even the smallest variations in airflow, heat transfer and temperature can affect biological performance.
Laminar Airflow creates a pressure-driven airflow by forcing conditioned air through specially designed perforated radiators. This transforms turbulent airflow into uniform, parallel air layers, ensuring that every position within the machine is exposed to the same optimal climate conditions.
Why airflow uniformity matters
Uniform airflow creates uniform incubation conditions. By eliminating variations in key incubation parameters throughout the incubator, Laminar Airflow supports consistent embryo development and superior chick quality.
Conventional Airflow
- Turbulent airflow
- Non-uniform incubation conditions
- Uneven embryo development
Laminar Airflow
- Stable parallel airflow layers
- Uniform incubation conditions
- Consistent embryo development
Laminar Airflow is the first step towards
precise incubation control
Laminar Airflow creates the uniform environmental conditions required for consistent embryo development. By distributing air in stable parallel layers, it eliminates local variation in airflow, temperature and heat transfer throughout the incubator.
However, creating uniform conditions is only part of the challenge. To maintain optimal embryo temperatures throughout incubation, climate conditions must also be continuously monitored and controlled.
This is where MicroClimer Technology comes in
MicroClimer Technology brings climate control to the next level
Building on the foundation of Laminar Airflow, MicroClimer Technology continuously conditions the air before it is distributed throughout the machine.
The machine is divided into multiple independently controlled sections, each equipped with its own temperature sensor and water-based radiator. Based on continuous sensor measurements, the MicroClimer Controller regulates heating and cooling in each section.
As air passes through the radiators, it is conditioned to the required climate before Laminar Airflow distributes it uniformly throughout the machine.
See how our technology works
Understanding our incubation technology is easier when you can see it in action. Watch how Laminar Airflow and MicroClimer Technology work together to create uniform environmental conditions, maintain stable embryo temperatures and support consistent embryo development throughout incubation.
Integrated into:
Setter Solutions
The perfect start begins here. Discover our technologies for precise, uniform and predictable incubation.
Hatcher Solutions
Discover our solutions for the final stage of incubation, designed to maximize chick quality and ensure the best possible start to life.
Chick Storage Solutions
Superior chick quality extends beyond hatch. Discover how our Chick Storage Solutions create the ideal environment between hatch and transport.
Frequently asked
Your questions, answered.
Everything you need to know about Laminar Airflow.
How does HatchTech's Laminar Airflow eliminate the disadvantages of conventional incubation systems?
In conventional systems, air moves in turbulent and uneven patterns, creating differences in temperature, air velocity, and environmental conditions. This results in local hot and cold spots throughout the machine, causing variation in hatch performance. HatchTech’s Laminar Airflow technology is designed to eliminate this variation by creating a pressure-driven airflow that moves through specially designed perforated radiators, converting turbulent air into uniform, parallel air layers that pass evenly across the entire egg mass.
What is the direct impact of Laminar Airflow and MicroClimer Technology on hatchperformance?
Laminar Airflow and MicroClimer Technology are applied across HatchTech Setter Solutions, Hatcher Solutions and Chick Storage Solutions. By creating uniform environmental conditions and minimizing local climate variation, these technologies support consistent embryo development, a more uniform hatch window, consistent chick quality and predictable hatchery performance.
How does MicroClimer Technology balance climate conditions during incubation?
For optimal embryo development, temperature, airflow, oxygen supply, CO₂ removal and humidity must remain precisely balanced throughout incubation. MicroClimer Technology continuously monitors and controls these interrelated climate conditions, allowing the system to respond directly to local conditions inside the machine.
Why does MicroClimer Technology use independently controlled sections?
MicroClimer Technology divides the incubator into independently controlled sections so local climate conditions can be monitored and adjusted where needed. Each section has its own temperature sensor and radiator, allowing the MicroClimer Controller to regulate heating and cooling per section and maintain stable embryo temperatures throughout incubation.
How does HatchTech's Laminar Airflow create uniform incubation conditions?
In conventional systems, air can move in turbulent and uneven patterns, creating differences in temperature, air velocity and environmental conditions. HatchTech’s Laminar Airflow technology is designed to eliminate this variation by converting turbulent air into uniform, parallel air layers that pass evenly across the entire egg mass.
Why is uniform airflow so critical for embryo development?
Each embryo requires stable, predictable and identical conditions from the very first hours of incubation to achieve optimal chick quality. Temperature, airflow and heat transfer directly influence embryo temperature and development. Even minor local differences can lead to variation in embryo temperature, uneven growth and inconsistent hatch results.
Hilbert van der Linden
International Sales Manager
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