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1.17ct Fancy Yellow Radiant VS2
Set into
Platinum and 18kt Yellow
Gold
"Uber Halo"
Item# R3457 GIA Report
  ITEM
#: R3457
Platinum and 18Karat Yellow Gold Halo Diamond Ring
CENTER STONE:
WEIGHT: 1.17ct
SHAPE: Radiant Cut
COLOR: Fancy Yellow
CLARITY: VS2
MEASUREMENTS: 6.30 x 5.44 x 3.61 mm
TOTAL DEPTH: 66.4%
TABLE SIZE: 67%
POLISH: G
SYMMETRY: VG
FLUORESCENCE: FAINT
GIA REPORT #: 1112990422
SIDE STONES:
TOTAL WEIGHT: 0.46cts
QUANTITY: 50
SHAPE: Round Brilliant
COLOR: E-F
CLARITY: VS
MOUNTING:
Platinum and 18Karat Yellow 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
nicely cut, Natural Fancy Yellow VS2 radiant diamond. It has a good size for it's weight and sparkles beautifully.
I love this color Great shape with a lovely VS2 clarity.
When we say highest quality,
we mean it. Let's face it. Nothing is perfect. This is the closest I've seen.
The highest quality jewelry can
be only partially attributed to perfection in finish.
You'd also want the best
possible setting work. The prongs on the micro set stones is attractive to the
design- while allowing a lot of light to get into the side of the stones.
The prongs on the center are
like works of art. Just so happens the 1.17ct now looks like an intense
yellow.
Another
aspect of quality in jewelry is design. I love the "swoopy" lines to the
supports on this ring. I love the way the shape of the halo accentuates the
corners of the Radiant Cut Center
 The photos above are ACTUAL Photos of the diamond 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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