24 eggs 🥚 capacity incubator {Ostrich} eggs

80,000 Ksh

A specialized incubator for hatching ostrich eggs offers unique features tailored to the specific needs of these large eggs. Here's how it can be improved and optimized: Size and Space: Ostrich eggs are significantly larger than poultry eggs, requiring an incubator with ample space and adjustable trays to accommodate their size. The incubator should be designed with sufficient room to ensure proper air circulation around each egg. Precise Temperature Control: Ostrich eggs require a slightly different temperature range compared to other eggs. The optimal incubation temperature for ostrich eggs is around 36.1–36.4°C (97–98°F), and maintaining consistent temperature is crucial for a successful hatch. Advanced digital controllers with precise temperature regulation help in this aspect. Humidity Management: Ostrich eggs need a higher humidity level during incubation, especially towards the end. An automatic humidity control system should be included to maintain the ideal relative humidity (around 25-35% for the first part of incubation, and 50-70% during the final stages). Turning Mechanism: Ostrich eggs must be turned regularly (about 90° every hour during the first 35 days). A specialized incubator should have an automated turning mechanism that can handle the weight and size of ostrich eggs, ensuring even development and preventing the embryo from sticking to the shell. Backup Power Supply: As with other high-capacity incubators, a backup generator is essential, especially for ostrich egg hatching. Power interruptions during critical incubation phases could lead to failure, so an automatic backup power system is critical for consistent operations. Ventilation: Proper airflow is essential for ostrich egg incubation. The incubator should have an advanced ventilation system to ensure oxygen exchange while maintaining the required humidity levels. Egg Positioning and Orientation: Ostrich eggs have a unique shape and positioning requirements. The incubator should have trays or racks specifically designed to hold eggs at the right angle to optimize heat distribution and air circulation. Monitoring and Control Systems: A high-tech monitoring system that tracks temperature, humidity, and turning schedules remotely can provide real-time data, alerting you to any deviations or issues with the environment, ensuring prompt corrective actions. Durability and Capacity: Given the size of ostrich eggs and the scale of commercial hatcheries, a high-capacity incubator should be built with sturdy, durable materials capable of housing large quantities of eggs with minimal risk of damage. Low Maintenance: The design should also focus on low maintenance, with easy access for cleaning and servicing to prevent contamination and ensure hygiene. These improvements ensure a stable and controlled environment, increasing hatchability and success rates for ostrich eggs, which can be more challenging to incubate compared to smaller eggs.