Inside the $10,000 Hedgehog Coat Factory: How it’s Made (Full Documentary

Step inside the world's most exclusive micro-fur facility to see the incredible engineering required to turn raw hedgehog pelts into $10,000 luxury coats.] Because the skins are so small, this factory utilizes microscopic computer-vision sorting and automated stitching usually reserved for swiss watches.
What you'll see:
• Automated intake & biometric species verification
• Laser-guided "De-quilling" stations (separating spine from soft belly fur)
• Enzyme soaking vats for micro-tanning and softening
• AI Colour-Grading: Matching 5,000+ tiny pelts for a single coat
• Robotic assembly: Micro-needle stitching for invisible seams
• Final Glazing: Anti-static and water-repellent aerosol coating
• Vacuum packing and climate-controlled shipping
Notes:
• Footage focuses on the machinery and assembly lines.
• Process strictly adheres to international ethical sourcing and CITES regulations where applicable.
• Features proprietary "Soft-Touch" finishing technology.


✅ Key Topics:

Large-scale factory and industrial production
environments industrial machines, robotics, and automated systems
Vehicle, engine, and component manufacturing processes 
food processing, beverage production, and packaging workflows
Assembly lines, logistics, and packaging automation
Energy, steel, chemical, and heavy-industry operations
Textile, paper, plastics, and materials transformation
The complete lifecycle of how everyday products are designed, produced, and delivered
--------------------------------------------
❗ DISCLAIMER

🔍 AI-Generated & Digitally Enhanced Content

Many sequences in these videos are generated or enhanced using artificial intelligence (AI) and related digital technologies. They are designed to illustrate concepts and processes in a clear and accessible way for educational and documentary purposes.

Informational & Educational Use Only

The content on this channel is intended solely for informational and educational use. It may not fully or accurately represent real-world facilities, procedures, safety standards, or professional advice. Always consult qualified experts and official sources before making technical, industrial, engineering, or safety-related decisions.