| .35ct Pear Shape Light Pink VVS1 Diamond Item #R4056 GIA Report "Uber
Ring" Double Halo

 ITEM
#: R4056
Platinum and 18K Rose Gold Halo Diamond Ring
CENTER STONE:
WEIGHT: 0.35ct
SHAPE: Pear Shape
COLOR: Light Pink
CLARITY: VVS1
MEASUREMENTS: 5.89 x 3.98 x 2.51 mm
TOTAL DEPTH: 63.1%
TABLE SIZE: 58%
POLISH: G
FLUORESCENCE: NONE
GIA REPORT #: 210511178619
COLORLESS MICRO-PAVE STONES:
TOTAL WEIGHT: 0.38cts
QUANTITY: 34
SHAPE: Round Brilliant
COLOR: E-F
CLARITY: VS
PINK MICRO-PAVE STONES:
TOTAL WEIGHT: 0.16cts
QUANTITY: 22
SHAPE: Round Brilliant
COLOR: Fancy Pink
CLARITY: SI
MOUNTING:
Platinum and 18K Rose Gold Halo
Currently sized at: 6
We will ship the ring in your size.  | Original GIA Report ships with item. We also include our comprehensive appraisal for identification or insurance purposes. How much will my new diamond appraise for? |
 This is a gorgeous pear shape diamond. The diamond has a lovely classic pear shape to it - not too "fat" and not too "skinny". The cut is fantastic. The stone is full of sparkle and there is no obvious bow tie to be seen on this beauty.
The stone looks to be more like a Fancy Light Pink than just Light Pink The clarity on this stone is VVS1 - nearly perfect which gives you a very clean stone.
Uber Double Halo Ring


I can't say enough good things about this ring. We took a .35ct diamond, and
came up with a ring that has far more hand presence.

Every part of the ring is
perfectly finished - even the bottom is a work of art






The effect
is dramatic.

 The photos above are ACTUAL Photos of the diamond
and ring you will receive.
Where is this ring made?
This ring was manufactured in New York City.
To achieve these results, you need a
combination of things. A highly skilled workforce is only the starting
point. Specialized tools are required. The reason that the parts join
together so well is because the parts were designed, and polished using a
microscope..


The methods used for welding
involve working in as sterile an environment as possible- while focusing
acutely on specific areas using a microscope. This comes into play heavily on
a ring of multiple metals, such as this one.


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