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3.07ct Cushion Cut Fancy Brown Yellow I1 Remarkable Micro-set "Uber Ring" in Platinum and Rose Gold
Item# R3748 GIA Report
ITEM #: R3748
Platinum and 18K Rose Gold Halo Diamond Ring
WEIGHT: 3.07ct
SHAPE: Cushion Cut
COLOR: Fancy Brown Yellow
CLARITY: I1
MEASUREMENTS: 8.39 x 7.89 x 5.19 mm
TOTAL DEPTH: 65.8%
FLUORESCENCE: FAINT
GIA COLOR REPORT #: 17486963
MOUNTING:
Platinum and 18K Rose Gold Halo
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? |
Here is a stunning cushion cut diamond. The over all shape is beautiful - a soft cushion shape. The cut is wonderful on this stone. It is so bright and full of sparkle.
The color is deep yet the stone is still very bright. The brown and yellow combined give you a wonderful shade of golden brown.
 The stone was graded by GIA for color only, so we took it upon ourselves to grade the clarity on this stone. This is something we take very seriously and are very strict on. The stone is graded I1 by us. This stone is a perfect example of a gorgeous I1. The inclusions are not very obvious in this stone. Not all I1 stones are created equal, but this one is a beauty for sure.
The Ring
Now set, the diamond has an amazing rich color to it. The claw shaped prongs are artfully done - as is the whole ring itself. Classic and elegant this ring will be enjoyed for many years to come.
The photos above are ACTUAL Photos of the diamond ring you will receive
This ring was made in a remarkable facility we've been closely collaborating with.
To achieve these results, you need a combination of things. A highly skilled workforce is only the starting point. Specialized tools are required. The term "microset" is rarely used accurately. Below, you can see a few workbenches, in the immaculate workspace. Each is equipped with 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.
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