Diamond 4C's Lab Class

Diamond 4C's Lab Class

Welcome to the enchanting world of diamonds, where brilliance, rarity, and timeless beauty converge. In our immersive "Diamond 4C's Lab Class" over 10 days, join us on a journey deep into the heart of diamond quality assessment. Uncover the mysteries behind Cut, Color, Clarity, and Carat weight - the factors that define a diamond's value. With hands-on practical sessions, expert insights, and cutting-edge technology, you'll gain an unmatched understanding of diamond's unparalleled beauty and significance in both the jewellery industry and the world at large.

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Program ID
IIG209 D4LC
What You Earn?
Lab Grown Diamond Identification Certificate
Duration
30 Clock Hours
Program Length
10 Days (May vary based on holidays and other scheduled breaks)
Batch Timings
Mor.: 10 am to 1 pm Aft.: 2 pm to 5 pm
Mode of Learning
Offline – Online – Hybrid

WHAT WILL YOU LEARN?

Module 1: Introduction to Diamond and its Quality Assessment

  • 1.1 Understanding the Significance of the 4C's
  • 1.2 How Cut, Color, Clarity, and Carat Weight Affect Diamond Value
  • 1.3 The Role of Quality Assessment in the Diamond Industry

Module 2: Diamond Cut and its Impact on Brilliance

  • 2.1 Anatomy of a Diamond: Understanding Cut Components
  • 2.2 Evaluating Cut Proportions and Facet Alignment
  • 2.3 Brilliance, Fire, and Scintillation: Cut's Effect on Light Performance
  • 2.4 Hands-on session with live examples of different cut grades

Module 3: Assessing Diamond Color and its Grading

  • 3.1 The Diamond Color Scale: From D to Z
  • 3.2 Color Grading in Different Lighting Conditions
  • 3.3 Recognizing Undertones and Hue Variation
  • 3.4 Hands-on session to asses' diamond color with comparing with master color set.

Module 4: Clarity Evaluation and Inclusion Analysis

  • 4.1 Grading Clarity: From Flawless to Included
  • 4.2 Identifying and Describing Inclusions and Blemishes
  • 4.3 Understanding the Impact of Clarity on Diamond Appearance
  • 4.4 Hands-on sessions to asses' inclusions and blemishes to assign clarity grades as per international standards.

Module 5: Carat Weight and its Relation to Size and Value

  • 5.1 Carat Weight vs. Diamond Size: Finding the Balance
  • 5.2 Grading Carat Weight: Precision and Measurement
  • 5.3 Carat Weight's Influence on Diamond Pricing
  • 5.4 Hands-on sessions to practice weighing of diamonds.

Module 6: Practical Diamond Grading Sessions

  • 6.1 Hands-on Diamond Cut Assessment and Light Performance
  • 6.2 Color Grading Practice under Different Lighting Conditions
  • 6.3 Clarity Grading: Identifying Inclusions and Plotting

Module 7: Real-world Applications and Trends

  • 7.1 Applying 4C's Knowledge in the Jewellery Industry
  • 7.2 Trends in Diamond Consumer Preferences
  • 7.3 Ethical Considerations in Diamond Quality Assessment

Module 8: Certification and Expert Insights

  • 8.1 Diamond 4C's Lab Class Certification
  • 8.2 Industry Experts' Insights
  • 8.3 Q&A and Interactive Discussions with Instructors

WHO SHOULD PURSUE?

  • Diamond Enthusiasts
  • Diamond Appraiser / Broker
  • Jewellery Business Owner
  • Jewellery Manufacturer
  • Jewellery Connoisseurs
  • Lab Grader
  • Sales Associates
  • Retailer / Wholesalers




WHY CHOOSE THIS COURSE?

FREQUENTLY ASKED QUESTIONS

Yes, They Are! Lab Diamonds Are Made Of The Same Substance (Crystallized Carbon) As Earth-Mined diamonds. They are, therefore, optically, chemically and physically identical to earth-mined diamonds, which makes them 100% real.

Lab-made diamonds can go by a few different names. Lab-made, lab-grown, lab-created, synthetic, cultured, and created can all describe diamonds made in a laboratory.

Lab-made diamonds have the same thermal and electrical conductivity as mined diamonds. So, they will pass a diamond tester exam.

Lab grown diamonds are as real as diamonds mined from the earth. Lab grown diamonds are identical to earth mined diamonds in every way, except that they are grown in a lab. They have the same chemical, physical, and optical properties as mined diamonds and exhibit the same fire, scintillation, and sparkle.

Any other questions? Contact Us

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