Wireless ultrasound machines for cows have become a key tool in dairy farming. It not only improves the efficiency of breeding and management of dairy cows, but also significantly promotes the healthy development of dairy farming industry. This article will delve into the specific applications, precautions, and broad prospects of wireless ultrasound machines for cattle breeding.

1、 Application of Wireless Bull Ultrasound Machine

1. estrus monitoring and breeding management

-Estrus monitoring: The estrus cycle of cows is short, about 21 days. By using wireless cow ultrasound machine to monitor follicle development, the estrus time can be accurately determined, which can improve the success rate of breeding.

-Breeding management: Performing artificial insemination at the optimal time can help improve the pregnancy rate of cows. B-ultrasound can monitor follicle size and ovulation status in real-time, providing scientific basis.

2. Early pregnancy diagnosis

-High accuracy: B-ultrasound machine can diagnose pregnancy 25 days after mating, with high accuracy. It is very intuitive to determine whether a cow is pregnant through ultrasound analysis.

-Reduce the empty pregnancy rate: Early pregnancy diagnosis helps to timely identify non pregnant cows, reduce the empty pregnancy period, and optimize feed utilization.

3. Embryo development monitoring

-Monitoring fetal development: B-ultrasound Machines can monitor whether the embryo is alive, gestational age, number of fetuses, and abnormalities, which is very important for timely handling of embryonic abnormalities.

-Twin identification: Accurately identify twins, take timely measures, and reduce the risk of premature birth, difficult labor, and metabolic diseases.

4. Male and female calf testing

-Male and female identification time: B-ultrasound can accurately identify the male and female fetuses between the 55th to 70th day of pregnancy (for large breeds) or between the 55th to 80th day of pregnancy (for small breeds).

-Optimize management plan: Through accurate male and female identification, farmers can optimize their herd management plan, especially when predicting replacement cows.

5. Diagnosis and treatment of reproductive diseases

-Disease diagnosis: Real time monitoring of ovarian and uterine conditions by ultrasound machine, diagnosing reproductive diseases such as follicular cysts, corpus luteum cysts, endometritis, etc.

-Treatment guidance: Based on ultrasound diagnosis results, develop targeted treatment plans to improve the cure rate of the disease.

6. Postpartum recovery monitoring

-Ovarian and Uterine Recovery: B-ultrasound machines can monitor the recovery of the ovaries and uterus of postpartum cows, ensuring rapid recovery of reproductive ability.

2、 Precautions for using wireless bovine ultrasound machine

Wireless bovine ultrasound machine for detecting bovine pregnancy

1. Operating standards

Strictly follow the procedures during operation to ensure the accuracy of the test results.

2. Equipment maintenance

Regularly maintain equipment to ensure its good working condition and avoid use in harsh environments.

3. Health and safety

During rectal examination, the probe should be disinfected to avoid cross infection.

4. Professional personnel operation

The equipment needs to be operated by professionally trained personnel to ensure the accuracy and safety of the test results.

5. Combining other diagnostic methods

In complex situations, combining hematological and pathological examinations to make comprehensive judgments.

3、 The future prospects of wireless ultrasound machines for cattle in the breeding industry

The application prospects of wireless ultrasound machines for cows in dairy farming are broad. Through scientific and rational use and maintenance, farmers can significantly improve the efficiency of breeding management and promote the healthy development of dairy farming.

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