Solasfera diamonds represent a new standard of diamond brilliance.  Each Solasfera diamond reflects light with such exquisite brilliance that the diamonds are named after the Italian word for “sunsphere”.
 

Solasfera diamonds are not just brilliant to the eye.  Each diamond comes with objective, chart-topping certifications:  a perfect GemEx score for brilliance, fire and sparkle, and perfect “10 hearts and 10 arrows” optical symmetry.
 

Solasfera’s patented design is the result of years of research into optical architecture and design.  Solasfera diamonds not only maximize reflected light:  they allow light to recombine inside the diamond to produce broadly radiant “fire”, unlocking color as well as brilliance.

Solasfera diamonds are famously difficult to craft. Only a handful of master cutters around the world are qualified to create these spectacular diamonds.

The Solasfera round cut features a dazzling 91 facets (ideal-cut diamond) and 10 “hearts and arrows” arranged to optical perfection.

The Solasfera princess cut features a non-linear facet profile which challenges even the most skilled diamond cutters.

The light performance of Solasfera diamonds can be clearly measured using an array of professional instruments:  light path scope, ideal scope, and others.  We encourage our customers to compare the optical measurements of our diamonds against others to build confidence in their selections.

The GIA report is the best and most widely used rating for diamond performance.  Each report contains the dimensions of the diamond as well as a rating of performance.

The GemEx Light Performance Report measures and certifies the optical brilliance, fire and sparkle of a diamond using a patented optical spectrophotometer. 

A Light Path Scope is used to analyze the total light return for the diamond.  This provides a valuable indicator for the overall brilliance of the diamond.

An optical scope is used to analyze the "hearts and arrows" symmetry of the diamond.  This provides an indicator of the quality of the light distribution emitted by the diamond.