| Condition | Natural Diamonds | Lab-grown Diamonds |
| Formation Process | Formed deep within the earth’s surface over billions of years through pressure and naturally occurring heat | Grown within a controlled environment through HPHT or CVD methods, the conditions mirror the same ones taking place naturally underground |
| Composition | Pure carbon, which has been placed in a crystal lattice | Identical pure carbon structure, created at the lab |
| How They Look | Portrays the natural inclusions as they are shaped by pressure and time | Shall show minute growth features on the basis of the method undertaken; however, they are typically not visible in the absence of magnification tools |
| Standards Set for Quality | Certified by recognised laboratories like GIA or IGI | Certified by the same recognised labs and judged against identical criteria, like colour, cut, carat and clarity |
| Price Point | Higher due to rarity and a geologically significant history | Usually lower, as they are easily accessible; they can be spontaneously produced on demand |
| Rarity Factor | High as their availability is, it is limited to the Earth's natural creations | Comparatively low, as they can be created any time and endlessly in the labs by mimicking natural processes |
| Durability | Highly durable and ideal for everyday wear | Equally durable with more or less indistinguishable performance |
| Best for | Marking milestone moments and if you value rarity, a great gifting option that conveys heaps of emotion, for everyday style enthusiasts | Everyday style enthusiasts who are shopping on a budget |
| Return Value | Much higher resale value because it is rare and has limited supply | Lower resale value as it can be mass produced based on demand |
| Uniqueness | Each diamond is just as unique as you; every shine is a one-in-million type | Typically identical as they are mass-produced at the lab |
| Industrial Use | Not meant for industrial use | Have industrial use in tech, optics, etc. |