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LifeGem presents: The lifegem process

LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

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… but LifeGem is also able to create your LifeGem diamond using carbon extracted from a lock of hair.

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Page 1: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

LifeGem presents:The lifegem process

Page 2: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

Your LifeGem diamond can be created using the carbon extracted from cremated remains…

Page 3: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

… but LifeGem is also able to create your LifeGem diamond using carbon extracted from a lock of hair.

Page 4: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

1.00 ct diamond = 0.2 grams. Only a relatively small amount of carbon (i.e. lock of hair) is necessary to create your personal LifeGem.

Page 5: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

The ashes or the lock of hair is being placed into a crucible, which will be identified and registered by using the LifeGem ID that has been assigned to your order.

Page 6: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

The crucible is being placed into a furnace (containing the ashes/lock of hair). Within a vacuum environment the carbon is being extracted, purified and graphitized using heat (3000 C) and chlorides.

Page 7: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

Now LifeGem has the purified and graphitized carbon available to use for creating your LifeGem diamond.

Page 8: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

After purifying and graphitizing the carbon, the carbon has to be grinded in very small particles.

Page 9: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

The carbon is being placed into a diamond press. This press uses high pressure (50kBar) and high temperature (1200-1400C) to create your rough LifeGem diamond (HPHT method).

Page 10: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

1 = ceramics2 = carbon / graphite3 = metal catalyst4 = carbon transfer (grow direction)5 = rough diamond6 = diamond seed

T1(T1 > T2)

T2

T

1

2

4

1

6

3

5

Page 11: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

After opening the diamond press a cupola (divided in 4 quarters) becomes visible. Each quarter is being removed.

Page 12: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

In the center of the cupola a triangular structure becomes visible (divided in 5 elements). Each element is being removed.

Page 13: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

In the center of the triangular structure, the ceramics become visible after all elements of the triangle have been removed.

Page 14: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

Carefully the ceramics are being removed by hand. In the centre of the ceramics a little metal cylinder becomes visible (metal catalyst).

Page 15: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

The metal cylinder is being placed in an acid which dissolves the metal. Your rough LifeGem diamond has grown within the metal catalyst.

Page 16: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

After all metal has been dissolved, your rough LifeGem diamond becomes available.

Page 18: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

The next stage: cutting and polishing your rough LifeGem diamond.

Page 20: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

Some results after cutting and polishing a rough. A beautiful round cut blue and an eye catching round cut yellow.

Page 21: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

But also other shapes and colors (varying regarding shade) are available…

Page 22: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

The LifeGem process is being supported by a state of the art tracking and tracing system. The 16 digit LifeGem ID finally is being engraved into the girdle of your LifeGem diamond.

Page 23: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

Some LifeGem diamonds set in a white golden ring, accompanied by several natural diamonds. But also pendants and other pieces of jewelry can hold your LifeGem diamond...

Page 24: LifeGem presents: The lifegem process. Your LifeGem diamond can be created using the carbon extracted from cremated remains

LifeGem has the honor to create 3 Beethoven LifeGems©: 3 blue LifeGem diamonds created with the use of carbon extracted from a lock of hair coming from the world famous composer Mr. Ludwig von Beethoven.