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Behind the scenes

Science that preserves memories.

Science that preserves memories.

We’re not a traditional jeweler. We’re a technology atelier where the precision of scientific research meets the art of fine jewelry. This is our story.

01 — Where the idea was born

It started with a desire to create something truly one of a kind. For her.

HoloRing didn’t begin with market research, but with something personal. As a scientist working with high-precision laser nanomachining, I found myself facing a simple question: what ring should I choose for my partner? Nothing in conventional jewelry felt truly unique. So I turned to what I know best.

In a laboratory environment, using technologies typically reserved for high-end industry and research, I created the world’s first ring with holographic features.

The response was overwhelming. What began as a single personal gift became HoloRing — a place where laboratory precision meets the emotion of life’s most important moments.

02 — Technology that sets us apart

From lab to reality

We combined a ring with our scientific know-how. In collaboration with the HiLASE Centre, we use femtosecond laser systems to create structures so fine they interact directly with light. The result is a level of detail that simply can’t be achieved through conventional methods. Our vision is to redefine jewelry through this technology.

Ing. Petr Hauschwitz, PhD., MBA

Petr Hauschwitz is the founder of HoloRing and a scientist specializing in laser micromachining. His work focuses on developing and applying technologies that enable structures at the micro- and nanoscale.

AWARD WINNER
03 — The process

From idea to the physics of light

01.

Uncompromising material

We want every piece — whether classic or holographic — to stand the test of time, maintaining its sharp detail and refined appearance. That’s why we use premium gold-coated tungsten carbide, one of the hardest materials on Earth.

02.

Femtosecond pulses

We create details at the scale of ten-thousandths of a millimeter — many times smaller than the thickness of a human hair. The metal surface is modified entirely without contact, using femtosecond laser pulses.

03.

STRUCTURE WITHIN THE METAL

Our engravings aren’t created with pigments, but directly through the structure of the metal itself. That means they won’t fade or wear off — they last as long as the ring. The same applies to the holographic nanostructure, which is so fine it interacts with light itself.

We’ve brought science and art together.

You’ve had a glimpse into our atelier and the physics behind every piece we create. Now we invite you to explore how these technologies come to life in the final designs.