How Diamonds are Actually Made – Inside the Billion Dollar Industry, From Mining to Finished Stones скачать в хорошем качестве

How Diamonds are Actually Made – Inside the Billion Dollar Industry, From Mining to Finished Stones

Step inside the crushing depths of an open-pit mine and the silent precision of a high-tech cutting laboratory, where billion-year-old carbon is transformed into the ultimate symbol of luxury. This video traces the incredible journey of a Diamond from deep earth extraction to the final brilliant cut—revealing the heavy engineering and microscopic precision behind the gem on your finger. 🔥 What You’ll See ✅ The explosive Ore Extraction process in massive open-pit mines 💥 ✅ Giant Crushers & Scrubbers breaking down Kimberlite rock 🚜 ✅ Dense Media Separation (DMS) using ferrosilicon cyclones 🌀 ✅ The unique Grease Belt recovery method (Hydrophobic physics) 💎 ✅ High-security Sorting & Valuation in global hubs 🧐 ✅ 3D Laser Mapping to find internal flaws before cutting 🖥️ ✅ 5,000°C Laser Sawing vs. Traditional Copper Blade cutting ⚔️ ✅ The final Bruting & Polishing on a high-speed Scaif 💍 🧠 Industry Secrets (Non-Confidential) ✔️ Diamonds adhere to grease: Because diamonds are hydrophobic (water-repelling), mines use grease-covered belts to catch them while wet waste rock slides off. ✔️ Only 20% are Gems: The vast majority of mined diamonds are "Boart" (industrial quality) used for drill bits and abrasives; only a fraction are jewelry quality. ✔️ Laser Vaporization: Modern saws don't grind the stone; they use lasers to vaporize the carbon instantly, turning the diamond into black graphite dust at the cut site. ✔️ The "Hearts & Arrows" Pattern: This is a visual phenomenon seen through a loupe that proves a diamond has been cut with perfect optical symmetry. 🧪 Quality & Technology ☑️ X-Ray Fluorescence (XRF) recovery systems ☑️ Heavy liquid density testing ☑️ Internal inclusion scanning (Sarine technology) ☑️ The 4 Cs grading (Cut, Color, Clarity, Carat) ♻️ Sustainability 🌿 Water recycling in Scrubbing plants 🌿 Rehabilitating open-pit mine sites 🌿 Energy-efficient comminution (crushing) circuits 🌿 Responsible tailings management 📌 Disclaimer This video is for educational purposes only. It explains general geological mining and gemological manufacturing techniques and does not reveal specific mine security protocols or confidential trade routes. 👍 Like the video 💬 Comment your favorite part 🔔 Subscribe for more behind-the-factory videos ✅ Key Topics: 🏭 Giant Mining Operations ⚙️ Heavy Machinery & Crushers 💎 Gemology & Geology 🛡️ High-Security Sorting 📦 Luxury Goods Manufacturing 🎨 Laser Optics & Precision Engineering 🧵 Mineral Processing 🌎 How Everyday Products Are Made ⚠️ DISCLAIMER 🔍 Digital Creation: This video is generated through artificial intelligence (AI) technology for educational and documentary purposes only. ⚖️ Informative Use Only: The content is intended for informational purposes and may not accurately represent real-world events or professional advice. ❗ No Affiliation: Any resemblance to actual persons, organizations, or events is purely coincidental.