Layer Chicken Farms - Poultry Farming Strategies of Layers and Broilers

Because broilers grow fast, metabolism is high, and they are high-density breeding, as the chickens continue to grow, more and more fresh air is needed, and more feces are discharged, and the more harmful gases are produced. The more gases that are most harmful to chickens, the ammonia and hydrogen sulfide for battery cage system in poultry.

Ammonia is a colorless gas with a strong pungent odor. It has a small specific gravity and generally rises to the top in a warm house. However, since ammonia is produced on the ground and around the chicken, the content of the ground in the chicken house is also high, especially When the house is wet and poorly ventilated, the concentration of ammonia in the house is higher. Chicken is particularly sensitive to ammonia. Ammonia has a stimulating effect on the mucous membrane of chickens, which can cause mucosal congestion and edema of the conjunctiva and upper respiratory tract. Pathogens fly through the upper respiratory tract and lung infections to the chest and abdominal airbags, causing respiratory disease in chickens, and the feed intake is reduced, which not only affects the growth and development of chickens, but also reduces the resistance of chickens to diseases, chickens and diseases. The incidence of chicken venomosis is increased and the production performance is greatly reduced in battery cage for layers.

Wednesday, 21 August 2019 09:11

Light management of chicken flocks

Light is an important environmental factor affecting chickens. It is necessary to know that suitable light can stimulate the secretion of sex hormones in hens, enhance the activity of ovaries and fallopian tubes, accelerate the formation and discharge of eggs, and the development of fallopian tubes, thereby improving the production capacity of hens. We should pay attention to these techniques when using chicken poultry cage equipment to raise chickens.

 


Do not reduce the lighting time during the laying period. The first time of adding light is 18 to 19 weeks old, and the light is generally started by the standard weight of 18 weeks old. For example, the standard weight of 18 weeks of age is 1.55 kilograms, that is, the light stimulation is started with the weight of 1.55 kilograms, but no later than the end of 19 weeks. The addition period is determined according to the weight of the chicken group, and it is generally preferred once a week. The time for adding light shall not exceed 1 hour, and the period of addition shall not be more than twice a week, nor less than two weeks. According to the light cycle to determine the duration of the light, generally the first two light stimulation is better, if the light is applied once a week, it is recommended to add light for the first two times, and then increase by half an hour every week until 14~16 hours; If you add twice a week, split the one-week addition time into two. The peak lighting time must not be less than 15 hours. The upper limit of the illumination time is 16 hours, and constant illumination is applied when the upper limit is reached.

 

Be sure to consider the consumption and increase of the flock before adding light. The increase in illumination is mainly due to the fact that the chicken population does not meet the standard and needs to stimulate the flock to feed, thereby increasing the weight of the chicken population. Lighting management must take into account the effects of natural light length and seasonal factors to develop a reasonable lighting program. When supplementing the light, the power supply should be stable, and the floor area should be about 3 watts per square meter.

 

 

 


Brooding period. Both chicks and broiler chickens are in a growing period. At this stage, light management should promote the healthy growth of chicks and have a high survival rate, but prevent hens from reaching sexual maturity prematurely. Chicks can grow well under low light intensity, but in order to make them eat and drink as early as possible, the first week of light can reach 12 hours per day, and the light intensity can be larger.

 


Breeding period (7-20 weeks old). The main purpose of light management is to control growth and development, and to achieve sexual maturity at the appropriate age. Premature sexual maturity, not only the egg weight is small at the time of opening, but also due to insufficient maturity, it will be discontinued shortly after the start of production, and then it will not be stable and high yield. From the stage of young chicks to 10 weeks of age, the length of light duration does not have much effect on sexual maturity, while the age of 10-18 weeks is critical.period. The lighting time is short during this time. Chickens raised in closed houses are completely artificially illuminated, and the duration and intensity of light can be controlled.

 

Laying period. The principle of light management during laying period is to enable hens to start production and reach a peak at the right time, giving full play to their egg production potential. Therefore, the illumination time should be long, and it should not be gradually shortened, and the illumination intensity should not be weakened. During the laying period, it is generally used with increasing or constant illumination, but not less than 14 to 17 hours of light per day. Laying hens are very sensitive to light hours. Generally, they start from 21 weeks of age, and give chickens 13 to 14 hours a day. After that, they increase by 30 minutes per week and increase to 17 hours to maintain the peak of egg production.

 

After determining the addition period, do not change it at will. In the process of adding light, if there is a large difference between the actual body weight and the standard body weight, the lightening interval can be appropriately extended, but it must not be longer than two weeks at the latest. From the beginning of the light to the peak of the egg production, it is generally better to stimulate it continuously for more than eight times. The light intensity should not be arbitrarily changed during the addition of light, which has an effect on the growth and development of the chicken in the automatic poultry farming cage.

 

 

Friday, 06 September 2019 09:15

How to solve the problem of broken eggs

Egg breakage has become a headache for many laying hen farms. Nowadays, farming equipment and chicken battery cages are use to raise chickens and collect eggs. According to statistics, the breakage rate of eggs in many laying chicken farms is above 2%. Especially in the early stage of the chicken and egg production, the performance is relatively serious, generally between 1-3%, and some chicken farms have a higher damage rate, even more than 6% in poultry farming cage equipment

 

Once the egg is damaged, its economic value will drop by more than 60%, severely lose its economic value, and it will pollute normal eggs due to the outflow of egg liquid, and even cause pathogen reproduction pollution. The economic loss caused by broken eggs can account for more than 0.5% of the farming income. According to statistics from relevant departments, the direct economic loss caused by eggshell damage to the laying hens industry is as high as 500 million yuan per year, which has become one of the main factors affecting the efficiency of laying hens.

 

 

 

Especially with the change of breeding mode, the feeding cycle is prolonged, the application of mechanical egg collection is promoted, and the eggshell quality problem has attracted much attention. One of the most important reasons why eggs are damaged is that they lack vitamin D3, specifically 25-hydroxyvitamin D3. Some people think that it is calcium and phosphorus deficiency, and the test proves that there is no calcium deficiency in the feed. The broken egg indicates that the chicken has problems, that is, it is not healthy enough. At this time, supplementing “25-hydroxycapsule” to improve the health of the chicken and strengthening the eggshell is a smart choice.

 

 


When the calcium and phosphorus in the feed are not balanced, supplementation with 25-hydroxyvitamin D3 can increase the absorption of calcium and phosphorus. In the hot summer, the phytase added to the feed is prone to failure due to high temperature, resulting in insufficient phosphorus and imbalance of calcium and phosphorus. In the case of calcium and phosphorus imbalance, the addition of 25-hydroxyvitamin D3 is more significant. High temperature in summer can easily cause heat stress in chickens. Heat stress can affect the quality of eggshells (the eggshells become thinner and brittle). The reason is that the blood calcium reduction of laying hens is also lower than the reduction of carbonic anhydrase and vitamin D activity in laying hens. The important reason. Supplementing 25-hydroxyvitamin D3 can increase the egg production rate, reduce the egg breaking rate, reduce the egg-to-egg ratio, especially increase the eggshell hardness and reduce the egg breaking rate.

 

 

The layer cage manufacturers believes that in the process of feeding laying hens, it is necessary to clearly understand the drinking habits of laying hens, especially the laying hens in the laying period. Therefore, the editor will analyze the drinking habits of laying hens living in poultry cages.

 

First of all, when using automatic chicken raising equipment to feed laying hens, it can be mastered by observing the drinking habits of laying hens. Through daily observation, farmers should be able to clearly understand the daily drinking water peak of laying hens. Generally speaking, the peak drinking water of laying hens will be in the three time periods of 8:00 am, 12:00 noon and 6:00 pm every day. Therefore, it is necessary to ensure the adequacy of water according to the peak time of drinking water.

 

 

In addition, when using automated chicken raising equipment to feed laying hens, you should also know that the water intake of laying hens in different seasons is also different. Therefore, it is necessary to carefully observe the drinking water of laying hens in each season, so as to feed according to different water intake, which will also help to improve the egg production of laying hens. In addition, generally speaking, the water consumption of laying hens is about 200 ml in spring and autumn, about 280 ml in summer, and about 110 ml in winter.

 

The above content is the drinking habits of laying hens analyzed by the layer cage manufacturers. I hope it can help farmers to understand the habits of laying hens and better develop the poultry farming industry.

In the modern era of poultry farming, efficiency and automation have become key factors in ensuring profitability and sustainability. One of the most significant advancements in this field is the introduction of automatic H type layer battery cages. These cages not only revolutionize the way chickens are raised but also enhance the overall welfare of the birds and the productivity of the farm.

What Are Automatic H Type Layer Battery Cages?

Automatic H type layer battery cages are specifically designed to house egg-laying chickens in a controlled and optimized environment. The 'H' shape of these cages allows for efficient stacking and maximum utilization of space, making them ideal for large-scale poultry farms. The automation aspect comes from the integration of various technologies that monitor and regulate key factors such as temperature, humidity, and lighting, ensuring optimal conditions for the chickens.

The Advantages of Automatic H Type Layer Battery Cages

  1. Efficiency: One of the primary benefits of automatic H type layer battery cages is their efficiency. These cages allow farmers to raise a large number of chickens in a small area, maximizing space utilization. The automation features further enhance this efficiency by reducing the need for manual labor and ensuring consistent conditions for the chickens.
  2. Optimal Conditions: By regulating temperature, humidity, and lighting, automatic H type layer battery cages provide optimal conditions for the chickens. This ensures that they are healthy, happy, and productive, resulting in higher egg production.
  3. Improved Welfare: The design of automatic H type layer battery cages takes into account the welfare of the chickens. They provide enough space for the chickens to move around and interact with each other, reducing stress and promoting overall health.
  4. Cost Savings: While the initial investment in automatic H type layer battery cages may be higher than traditional cages, the cost savings over the long term are significant. The automation features reduce the need for manual labor, saving on labor costs. Additionally, the improved welfare and productivity of the chickens result in higher egg production, further increasing profitability.

Case Study: H Type Layer Cages for 30,000 Automatic Chickens Farm in Ethiopia

To illustrate the effectiveness of automatic H type layer battery cages, let's take a look at a case study from Ethiopia. A farmer there recently invested in a 30,000-chicken farm equipped with automatic H type layer battery cages. The results have been remarkable.

Since implementing these cages, the farmer has seen a significant increase in egg production. The chickens are healthier and happier, resulting in fewer health issues and higher productivity. Additionally, the automation features have reduced the need for manual labor, saving the farmer significant time and money.

Conclusion

Automatic H type layer battery cages are a valuable addition to any poultry farm. Their efficiency, ability to provide optimal conditions for chickens, and improved welfare make them a winning choice for farmers looking to increase profitability and sustainability. By investing in these cages, farmers can ensure that their chickens are healthy, happy, and productive while also reducing costs and maximizing profits. For more information on how automatic H type layer battery cages can benefit your farm, check out our article on "H Type Layer Cages for 30,000 Automatic Chickens Farm in Ethiopia" [link to your article].

The poultry breeding industry has always been a very popular project, and with the development of society, the way of raising chickens is gradually changing. Poultry layer cage system breeding is a more popular way of breeding layer hens in recent years, and it is also a common way of raising chickens in chicken farms nowadays. benefit. 

Layer battery cages breeding is to concentrate the laying hens in the hen house. If it is raised in the previous horizontal and free-range methods, the layer chicken flock will take up more space. This kind of breeding method will be less than the number of cages, that is, the density of cages will be greater. It can be said that a chicken house with the same floor area will raise more laying hens in cages.

 

 

The breeding method of layer battery cages adopts a three-dimensional multi-layer method. This chicken house area will be fully utilized. In this way, the number of holidays will be increased, which can create greater benefits for farmers.

Another important point is that the use of layer cages is very helpful to the survival rate of layer hens. For the poultry farming industry, chickens live in battery cages and they can have a clean and comfortable environment. Chicken and feces will not come into contact. The manure of the chicken will be cleaned out of the chicken house by the poultry manure removal equipment, which will reduce the breeding of bacteria and increase the survival rate and egg production rate of the laying hens.


In today's chicken industry, the methods of raising chickens are no longer the same as before. The continuous development of technology has driven the progress of the chicken industry, and chickens are developing towards large-scale and intensive methods. And now chicken farming is no longer an era of full manpower. The emergence of various types of automated chicken farming equipment has allowed farmers to experience the human management equipment and the ease of equipment for chicken farming. The author will talk about the introduction and selection of automatic chicken breeding equipment.

Among the chicken breeding equipment, the automatic chicken breeding equipment mainly includes: automatic manure cleaner, egg picker, feeder and other equipment. It can enable the farmer's chicken house to realize the tedious and time-consuming work such as automatic dung cleaning, feeding and egg picking. Freeing the hands of farmers to give farmers more time to manage chicken flocks, the advantages of using these devices for chicken farming are:

1. It can realize large-scale breeding of chickens by farmers, and the use of these equipments plus the laying cage breeding method can allow farmers to raise tens of thousands of layers. And it can also be easily managed. With a large number of breeding, the economic benefits of the farmers increase a lot.

2. The use of automated equipment can ensure the sanitation of the chicken house. For example, the manure cleaning machine can automatically clean the manure regularly, and timely clean out the manure produced by the chickens, so that the probability of bacteria and ammonia generated by the chicken house is reduced. The chicken coop has a good environment and the chickens grow naturally.

3. Without these automated equipment, farmers need to hire manpower to complete the work of raising chicken manure, feeding, etc. The monthly salary of workers is a large expense. Now with automated equipment, you can reduce the use of these labor and reduce the cost of raising chickens.

4. When raising layer hens and broilers, using cages can facilitate the treatment and management of diseases. Cage keeping allows farmers to treat layer hens when they are sick, and the difficulty of treatment is greatly reduced. And the environmental control of the automatic chicken house is better, and it can also ensure that the layer is in good physical condition.

The above is the introduction and selection of automatic chicken breeding equipment in Pakistan for the author. I believe that after understanding the advantages of the above-mentioned automated chicken breeding equipment, farmers will understand why automated breeding can become the mainstream and trend of the chicken industry. These equipments are a good helper for farmers and ideal for driving farmers' economy.

The summer weather is hot, and the egg production rate will drop, especially after entering the sky, so the farmers need to do the following management to ensure the egg production rate of the laying hens in summer.

Feeding management points

1. Pay attention to the weather forecast, pay attention to the high temperature and high humidity weather, especially after the rain, the higher humidity will cause the wet curtain to cool down and increase the heat stress.

2. Reduce the density of chicken battery cage feeding. Appropriately reduce the number of replenishment, timely eliminate residual, weak, sick chicks, expand the group as early as possible, reduce the stocking density.
 
3. Adjust the feeding time. After 2-4 hours of feeding, the heat production increases, so high temperature weather avoids feeding during high temperature period, and feeding time avoids high temperature period, preferably before 8 am and after 5 pm. Pay attention to the mildew and deterioration of the feed to prevent poisoning or intestinal diseases, daily cleansing and limiting light once.

4. Strengthen night ventilation and cool down. Conducive to the chickens to dissipate the heat during the day, increase feed intake.

5. Adjust the waterline in time to ensure sufficient clean drinking water. In high temperature weather, the chickens need a large amount of water to ensure that the chickens have sufficient water, and the lower drinking water temperature can lower the body temperature.

6. Timely supplement electrolytes and vitamins. The flock has a large amount of respiration, and at the same time, it has a large amount of drinking water, which is easy to cause imbalance of the acid-base balance. At this time, the electrolyte should be replenished in time; at the same time, the compound vitamin is supplemented to improve the body's ability to resist heat stress.

7. Reduce the stocking density. Laying hens are particularly afraid of heat. In summer, people should reduce the stocking density of chickens in time according to the rising temperature. The density of flocks should be based on ambient temperature, humidity and the type of house. In the hot summer, reducing the stocking density can effectively reduce the small ambient temperature in the house, which is of great significance in production practice. When captive laying hens enter the summer, it is advisable to raise 5 per square meter; after entering the volts, it can be reduced to 4 per square meter.

The above points are the advantages of raising chickens in poultry battery cages described by the author. Generally, the breeding quantity is less than 1,000. It is best for farmers to use flat or free-range breeding. This breeding method is the most cost-effective and can quickly return to cost. If the breeding volume is more than 3,000 or more, then the author recommends the use of layer chicken cages, which is convenient and labor-saving.