Fermentation Bed Breeding: A Labor-Saving and Eco-Friendly Solution
Fermentation bed pig farming has gained widespread popularity in Europe, the United States, Germany, Japan, and South Korea due to its numerous advantages, including environmental protection, ecological sustainability, time efficiency, labor reduction, cost savings, and superior meat quality. The Jinbao fermentation bed system is also being widely adopted as a modern and efficient method for raising pigs.
In a fermentation bed pig house, pigs live on a layer of organic bedding material from birth. Their waste is quickly broken down, digested, or transformed by beneficial microorganisms. This process not only keeps the environment clean but also continuously promotes the growth of useful functional microbes. When pigs consume the high-protein mycelium present in the bedding, it aids digestion, boosts immunity, and improves feed conversion rates. As a result, feed consumption is reduced by 20–30%, and manual labor is cut by 60–80%.
Many farmers are interested in producing their own microbial cultures using simple methods to reduce costs. While this is technically possible, it often leads to unsatisfactory results. The challenge lies in the fact that harmful bacteria may coexist with beneficial ones, making it difficult to maintain a stable and effective microbial balance. Even if beneficial bacteria are isolated, traditional techniques struggle to rejuvenate and stabilize them effectively.
To address these challenges, Golden Baby microbial strains use advanced technology to isolate, screen, cultivate, and purify specific beneficial microorganisms. Through a series of scientific processes, they develop a highly active and stable microbial culture. These strains are then mixed with sawdust, auxiliary materials, active agents, and salt in precise proportions to create an organic bedding material. This bedding provides excellent insulation, ventilation, and essential nutrients, supporting the physiological needs of animals in a sustainable and eco-friendly way.
With its stability, efficiency, and ease of use, the fermentation bed system offers a reliable solution for modern pig farming. It is strongly recommended to use professionally produced microbial strains to ensure optimal performance and avoid unnecessary risks. By doing so, farmers can enjoy a healthier, more efficient, and environmentally friendly approach to animal husbandry.
2. Forceps: A tool used for grasping and holding tissues or organs during surgery.
3. Retractors: Surgical instruments used to hold open incisions or wounds to provide better visibility for the surgeon.
4. Scissors: Used for cutting tissues and sutures during surgery.
5. Hemostats: Used to clamp blood vessels and prevent bleeding during surgery.
6. Suction devices: Used to remove fluids or debris from the surgical site.
7. Needles: Used to suture or stitch wounds.
8. Electrocautery: A tool that uses an electrical current to cut or coagulate tissues during surgery.
9. Endoscopes: Used for minimally invasive surgeries, these instruments allow the surgeon to see inside the body without making large incisions.
Disposable Piercing Guide - WPTC12
Disposable surgical instruments are single-use medical devices that are used during surgery and discarded after use. Some examples of disposable surgical instruments include:
1. Scalpel 2. Tweezers 3. Scissors 4. Needle 5. Suture material 6. Surgical drapes 7. Surgical masks 8. Surgical gloves 9. Ironing pen 10. Trocar and cannula.
2. Forceps: A tool used for grasping and holding tissues or organs during surgery.
3. Retractors: Surgical instruments used to hold open incisions or wounds to provide better visibility for the surgeon.
4. Scissors: Used for cutting tissues and sutures during surgery.
5. Hemostats: Used to clamp blood vessels and prevent bleeding during surgery.
6. Suction devices: Used to remove fluids or debris from the surgical site.
7. Needles: Used to suture or stitch wounds.
8. Electrocautery: A tool that uses an electrical current to cut or coagulate tissues during surgery.
9. Endoscopes: Used for minimally invasive surgeries, these instruments allow the surgeon to see inside the body without making large incisions.
10. Laparoscopic instruments: Used for minimally invasive surgeries, these instruments include a camera and specialized tools for performing surgery through small incisions.
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Changzhou Weipu Medical Devices Co., Ltd. , https://www.cnweipumedical.com