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Dancing Ballerina Kinetic Cocktail Ring by Margarita Prykhodko
Dancing Ballerina Kinetic Cocktail Ring by Margarita Prykhodko
Dancing Ballerina Kinetic Cocktail Ring by Margarita Prykhodko
Dancing Ballerina Kinetic Cocktail Ring by Margarita Prykhodko
Dancing Ballerina Kinetic Cocktail Ring by Margarita Prykhodko

Margarita Prykhodko

Silver Jewelry Design · 2021

Dancing Ballerina Kinetic Cocktail Ring

by Margarita Prykhodko

  • A' Design Award 2021 Silver Winner in Jewelry Design
  • Awarded April 15, 2021
  • CLIENT: Margarita Prykhodko
  • Estimated Number of Design Views: 29,822
  • Verification code 186F81089C · Verify this award
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About Dancing Ballerina Kinetic Cocktail Ring

Dancing Ballerina is a kinetic cocktail ring inspired by the Hans Christian Andersen tale of the tin soldier and the paper ballerina. A rotary mechanism inside the ring allows the ballerina figure to turn with the slightest movement of the hand. The figure is made of 18k white and yellow gold and set with 223 white diamonds of 4.03 carats in round and pear cuts. The ring measures 5 cm in diameter and 5 cm in height and weighs 37.20 grams. A double-flip coin base allows the ring to stand as a small sculpture when it is not worn.

Press Kit

Unique Properties
It is much better to see a ballerina whirling in dance than to guess about it in a static piece. A unique mechanism has been developed specifically for this ring which allows the Ballerina ring to rotate from the slightest movement of the hand.
Dimensions & Packaging
Ballerina ring is made with 18k white & yellow gold, alongside 4.03 carats of round-cut & pear-shaped white diamonds. Despite the minuscule mechanisms in the design, the ring weighs only 37.20 g Object dimensions: Diameter 5cm & High 5cm.
Tags
Sybarite, SybariteJewellery, Ring, Masterpiece, Kinetic, Ballerina,
Production Technology
The model developed itself in the 3D Matrix program for the jewellery industry based on the Rhinoceros program. To achieve result before production starts, we created a video of the model. After figurine was grown by prototyping on a 3D printer from wax, then cast in two colours of gold. They were meticulously processed by hand (using polishing jewellery threads, which were used to cut each hole under the stone, for the perfect shine of the rocks). After that, 223 precious stones were fixed into the base product and only then the parts were connected into a single figure.
Design Challenge
The most challenging part is to combine the design with the technical and mechanical part, having integrated the mechanism there and making the ring light, ergonomic and at the same time elegant and wearable. The rotary mechanism is intricate and small, so when it was installed it was crucially important that not a single dust particle makes its way into the mechanism, for its flawless function.
Project Duration
The project started in April 2017 in London and finished in November 2019 in London. The overall process of production, improvements and quality check took about two years. The ring was privately exhibited at The Ritz London.
Operation Flow
The ring has a unique rotary kinetic mechanism that shows the movement of the ballerina - however that is not all. The ring itself The The ring stands on a double-flip coin base, allowing it to look like a small sculpture, in addition to the piece is function as a beautiful wearable object.
Research
Following a career as an architect and engineer.
My ambition was to craft pieces that were not just beautiful to look at but were also works of art in their own right. It made sense to join together the worlds of design, engineering and art, to create the jewellery that I wanted going further to find ways of introducing kinetic effects, hidden secrets and surprising features that made each piece a joy to own.
Inspiration
For generations, children have fallen in love with Hans Christian Andersen tale of the Tin Soldier. In the tale, the titular character is a cast with one leg missing as the maker ran out of metal. He meets a beautiful, delicate paper ballerina who wears a gilt brooch on her sash, and the two form a bond that has inspired romance for generations.
In my piece, Ballerina I recreated this legend of doomed romance in exquisite detail.The ring has a unique kinetic mechanism that shows the movement of the ballerina.
Image Credits
Margarita Prykhodko
Patents
Trademark number UK00003338242 (2018) Trademark Sybarite, Sybarite Jewellery, Sybarite Jewelry.

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We create extraordinary kinetic jewelry masterpieces that come alive with movement. Our unique pieces combine architectural precision with haute couture craftsmanship, transforming precious metals and gemstones into heirloom treasures designed to be cherished for generations.

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