| Origin |
Originating from deep within the Earth, formed over billions of years & brought to the surface by volcanic activity. |
Produced within the controlled environment of a laboratory using HPHT (High Pressure, High Temperature) or CVD (Chemical Vapour Deposition) methods in a matter of weeks |
| Composition |
Carbon structures containing natural inclusions and trace elements like nitrogen |
Same carbon structure; shall have lesser nitrogen impurities or feature distinct patterns of linear growth |
| Look |
One-of-a-kind sparkling appearance; impacted by natural inclusions and colour variations, resulting in rarer versions |
Visually similar to the natural diamonds; may be clearer due to purity, but the growth patterns are likely to be identified under magnification |
| Cost |
Higher owing to their rarity (typically 30-50% more) |
Lower (30-50% less) because of controlled production |
| Rarity |
Extremely rare and one-in-a-million stature; their value is associated with scarcity, sentiment and age |
Mass-produced and not rare; this factor reduces long-term value in comparison to natural diamonds |
| Identification |
Requires specialised equipment like microscopes, laser inscriptions, etc., for origin identification |
Requires specialised equipment to discern the origin as well |