Hatchpro Fully Automatic 100 Eggs Incubator With Controller & Turning Tray For Egg Hatching

5.0

• Body Material : ABS Fibre Body
• Egg Type : Chicken, Desi, Kadaknath Eggs , Turkey, Quail Eggs , Duck eggs
• Capacity : Chicken  Eggs 95-100 , Quail Eggs 190-200, Duck Eggs 85-95 , Kadaknath Eggs  85-95
• Hatching Ratio : 80 - 95% Depend Upon Quality of Eggs
• Power : 90 Watt
• Size : 61 x 35 X 38 cms

Features

• 100 Eggs Capacity : It can hatch up to 100 medium sized eggs like chicken , duck , desi, kadkanath hatching eggs etc.
• Automatic Temperature Control : It can control temperature  automatically.
• High Grade Body : This incubator body is made of fibre body which is very reliable and maintain temp for longer period of time.

Applications

• Hatching Eggs: Small egg incubators are primarily used for hatching eggs. They provide a controlled environment with the right temperature and humidity levels for successful incubation.
• Educational Purposes: Small egg incubators are commonly used in classrooms and educational settings to teach students about the hatching process. They allow students to observe the development of an egg into a chick firsthand, providing a hands-on learning experience.
• Research and Experimentation: Small egg incubators are also utilized in scientific research and experimentation involving avian species. Researchers can control the variables during egg incubation to study different aspects of embryonic development and behavior.
• Home-Based Hatchery: For hobbyists or small-scale breeders looking to raise their own chicks or birds, small egg incubators offer a convenient solution. They enable individuals to hatch eggs at home without the need for large-scale equipment or facilities.

Usage

• Small-Scale Poultry Breeding: It is used by hobbyists, small-scale breeders, or farmers to efficiently hatch up to 100 chicken eggs (or a corresponding number of duck, quail, or turkey eggs) by automatically controlling temperature, humidity, and egg turning.

• Educational Demonstration: It serves as a tool in classrooms and educational settings to provide students with a hands-on learning experience, allowing them to observe the complete process of embryonic development and hatching.