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Went down the rabbit hole on last week’s parasha. Got Grok AI to say how robotic laser shochet could give us a cheaper tenderloin doing nikkur. Thoughts? Comments?

The process of nikkur, which involves the meticulous removal of the sciatic nerve (gid hanasheh) and forbidden fats (chelev) to make meat kosher, is indeed labor-intensive and requires significant skill. Here’s how modern technology, particularly lasers and high-tech solutions, could potentially simplify or enhance this process:

  • Laser Precision: Lasers can offer unparalleled precision in surgery and cutting, which could be applied to the removal of specific tissues like nerves and fats:
    • Targeted Removal: Lasers could be used to target and remove the sciatic nerve and chelev with high accuracy, reducing the risk of leaving behind any non-kosher parts or damaging the meat unnecessarily.
    • Minimally Invasive: Laser technology could make the process less invasive, preserving more of the meat while ensuring kosher standards are met.
  • Automated Systems: High-tech solutions could include:
    • Robotics: Robotic arms equipped with laser tools or other precise cutting instruments could automate parts of the nikkur process. This would not only speed up the process but also ensure consistency in the removal of forbidden parts.
    • Machine Vision: Using advanced imaging technology, systems could identify the exact location of the sciatic nerve and fats in real-time, guiding the cutting process with far greater accuracy than manual methods.
  • Data and AI:
    • AI-Assisted Guidance: Artificial intelligence could analyze past nikkur procedures to optimize cutting paths, predict where the nerve or fats might be in different animals, or even learn from human butchers to enhance the process.
    • Quality Control: High-tech imaging and AI could verify that the nikkur has been done correctly, ensuring no non-kosher parts remain.
  • 3D Mapping:
    • Before Cutting: Using 3D imaging to map the interior of the meat could provide a blueprint for exactly where to cut, making the process more systematic.
  • Ultrasound:
    • Non-Invasive Detection: Ultrasound could be used to locate the sciatic nerve and fats without cutting into the meat initially, providing a guide for where to apply laser or other cutting technologies.

While these technologies could revolutionize the nikkur process by making it faster, more accurate, and less labor-intensive, there are considerations:

  • Halachic Approval: Any technological solution would need to be vetted by halachic (Jewish legal) authorities to ensure it adheres to kosher standards.
  • Cost: High-tech solutions like lasers and robotics come with significant upfront costs, which could be prohibitive unless there’s a business case for mass production or widespread use.
  • Training and Adaptation: Even with technology, there would still be a need for trained individuals to operate these systems, oversee the process, and ensure kashrut compliance.

The adoption of such technologies could potentially make kosher meat more accessible by increasing efficiency and reducing costs, but it would require a careful balance between tradition, innovation, and religious law.

submitted by /u/tzippora
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Source: Reditt

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