孵化

Egg Incubator

An incubator that watches oxygen and CO₂, not just temperature.

面临的挑战

Most incubators hold temperature and little else, so hatch rates vary from batch to batch.

Egg Incubator

The air inside an incubator changes as embryos grow, and pressure and humidity drift with the weather. This incubator's own control board reads temperature, humidity, pressure, oxygen and CO₂, turns the eggs and is designed to keep a record of every batch.


孵化与育雏

适用场景

01

Hatcheries

Steadier conditions for every batch.

02

Conservation breeding

Careful incubation for valuable eggs.

03

Bird & reptile breeders

Climate and air quality watched for each clutch.

功能

Temperature & humidity

Climate sensing for the incubation chamber.

Pressure

A barometric sensor tracks air pressure.

Oxygen & CO₂

Gas sensors watch the air as embryos develop.

Egg turning

A stepper motor turns the eggs.

Five switched outputs

Relays for heating, fans, humidity and more.

Peltier drive

A thermoelectric module driver for temperature control.


工作原理

1

Load

Set the eggs on the turning tray and choose the incubation settings.

2

Incubate

The board holds temperature and humidity, turns the eggs and watches the air.

3

Review

Check conditions and the batch record through the hatch.

团队为何选择它

Steadier hatches

Air and climate watched together.

Batch records

Designed to keep a record of every batch.

Several sensors

Climate and gas readings cross-check each other.

Fine control

Peltier drive and five outputs for precise climate.


关键参数

Controller
Custom STM32 control board
Sensors
Temperature/RH, pressure, O₂ and CO₂
Outputs
5 relays plus a Peltier driver
Turning
Stepper-motor egg turning
On board
Real-time clock, micro-SD, fan and display headers
Power
Mains

最适合

  • Hatcheries
  • Conservation breeding
  • Bird and reptile breeders

Planning a pilot?

Tell us about your species and batch sizes, and we will plan an incubator for them.

规划试点

孵化与育雏中的更多设备

全部设备

安茨系统

亲眼见证安茨艾吉

预约演示讲解。我们将为您展示一项实际开展的野外研究、实时进行的语音标注,以及在边缘端本地运行的计算机视觉模型:由饲养员和生物学家基于真实摄像头画面,一种行为接一种行为地训练而成。

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