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Modern technologies in the manufacture of fishing nets and modern fishing equipment

The fishing net and fishing gear industry has developed significantly with the use of modern technologies, which has improved the quality of tools, increased efficiency, and reduced the environmental impact of fishing. The industry is now based on advanced technologies that help fishermen get a bigger catch in a more efficient and sustainable way.


Modern technologies in the manufacture of fishing nets:

1. Advanced materials:

  • Usage of High strength synthetic fiber Such as nylon and high density polyethylene (HDPE) for the manufacture of fishing net.
    • This material is resistant to corrosion and ultraviolet radiation, which makes it last longer.
  • The use of lightweight materials for easy transportation and use, but strong enough to withstand significant pressure during fishing.

2. Advanced mesh design:

  • Design a fishing net using computing technologies to determine the best shapes of knots and threads that reduce water resistance and increase fishing efficiency.
  • Smart nets Equipped with sensors to determine the type and size of fish caught, which helps to reduce bycatch of non-target species.

3. Production using digital technology:

  • Dependence on modern machines For weaving and automation To manufacture the grille accurately and quickly.
  • Three-dimensional printing technologies are used for the design and manufacture of parts of precision fishing gear.

4. Sustainability technologies:

  • The use of recyclable materials for the manufacture of nets, which contributes to the reduction of plastic waste generated by the fishing industry.
  • Biodegradable nets to contribute to the preservation of the marine environment when lost at sea.

Modern technologies in fishing equipment:

1. Global positioning systems (GPS):

  • Advanced GPS devices help fishermen accurately determine the best fishing locations.
  • Also used to track fishing boats and ensure their safety.

2. Fish finders (fish Finders)detectors:

  • Uses are Sonar technology To determine the locations of underwater fish populations.
  • It provides information about the depth of water, its temperature, and the type of objects found.

3. Smart industrial baits:

  • Baits equipped with electronic devices that simulate the movement and behavior of marine organisms to effectively attract fish.
  • Some have LED lights or vibrations to stimulate the fish's response.

4. Modern fishing rods:

  • Made of advanced materials such as carbon and fiberglass that combine lightness and strength.
  • Equipped with advanced mechanisms for better control of bait and fish during fishing.

5. Smart fishing nets:

  • It has advanced sensors to identify the type of fish entering the net, allowing the release of non-target species and reducing overfishing.
  • It works to improve the sustainable management of marine resources.

6. Unmanned aerial vehicles (Drones):

  • Used to survey marine areas and photograph potential fishing sites.
  • Some aircraft are equipped with sensors to identify fish populations from above.

The impact of modern technologies on the fishing industry:

1. Improve fishing efficiency:

  • The use of Advanced Technologies makes fishing more accurate and saves time and effort.

2. Reduce overfishing:

  • Smart nets and fish detectors help reduce non-targeted fishing, contributing to the sustainability of marine resources.

3. Preservation of the marine environment:

  • The use of biodegradable nets and smart equipment reduces environmental pollution caused by fishing operations.

4. Increased security:

  • Technologies such as GPS and drones make fishing safer, especially in difficult marine conditions.

Conclusion:

Modern technologies in the manufacture of fishing nets and fishing gear are not just an improvement of tools, but a radical change that enhances the efficiency of fishing and conserves marine resources. By integrating innovation with sustainability, fishermen can leverage technology to achieve higher productivity while minimizing the negative impact on the environment.