Sarine introduces 3d-origin accurate model of original rough diamondMay 22, 19
Sarine Technologies Ltd. launch a new, innovative sales tool for retailers, the 3D-Origin a 3D-printed accurate model of the rough diamond from which the Sarine Journey verified polished diamond was derived.
The 3D-Origin model is generated as an optional add-on to the Sarine Diamond Journey rough-to-polish diamond report. It uses Sarine's proprietary Diamond Journey cloud-based data exclusively captured during the manufacturing process. It then transforms these data into a 3D-printed physical replica of the original rough stone, from which the polished diamond was manufactured. The 3D-Origin model is identical in its geometrical dimensions and features to the actual rough diamond, scaled for consumer convenience.
In a news release, Sarine noted that every rough diamond is one of a kind. The 3D-Origin provides a uniquely tangible rendition of the polished gem's source, providing in its physical form testimony to the complex transformation the stone underwent from rough to polished. Jewelry retailers can use the 3D-Origin as a palpable aid to enhance the in-store customer experience, creating a more profound understanding of, and connection with, the diamond, leading to a more confident buyer.
David Block, CEO of Sarine Technologies, said: "The diamond and jewelry industry is just discovering the amazing opportunities technology creates for the modern retail environment. Not just as a means of luring customers, but also to engage customers' hearts and minds through digital storytelling of the uniquely complex process of polishing a diamond. Every year over 70 million diamonds undergo processes entailing Sarine's cutting-edge technologies throughout the diamond pipeline. This distinctively positions Sarine to effectively and verifiably document the diamond as it flows through the pipeline. We now augment this documentation with our unique accurate and engaging replica of the actual rough diamond."
For more information visit www.sarine.com.