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العِلم الكامن في التصميم

الضوء يكشف
الجوهر الحقيقي

قمنا بدمج أقسى المعادن على وجه الأرض مع تقنيات الليزر العلمية والفن، لابتكار تكنولوجيا تحوّل المعدن العادي إلى لوحة نابضة بالحياة.

اكتشف خواتم الهولوغرام
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لحظة من السحر

تُصمَّم البُنى النانوية لدينا لتكون خفية وأنيقة.

تتألّق النقوش بلون فضي ناعم تحت الضوء المنتشر والهادئ،

لكنها تكشف عن جمالها الحقيقي عندما تُضرب بوميض ضوء قوي —

كأشعة الشمس، أو إضاءة المطاعم، أو فلاش الكاميرا.

A single ray of light is enough for the ring to come alive. A fascinating play of colors that never appears the same way twice.

No Dyes. No Tricks. Just Physics.

Nanostructures

We use no dyes or pigments. Instead, laser technology modifies the surface itself, creating a periodic structure on the scale of hundreds of nanometers — dimensions comparable to the wavelength of visible light. It is this structure that determines which colors reach your eye.

Light diffraction

The principle is similar as in the wings of the Morpho butterfly. Incoming white light is split by the nanostructure into its spectral components — a rainbow of colors. The colors shift with viewing angle and light source, which is why every moment looks different.

Extreme durability

The structure is part of the material itself. Thanks to tungsten — one of the hardest metals on Earth — the effect is permanent and will not wear off like conventional surface coatings.

Precision You Can’t See

A traditional jeweler works at a scale of tenths of a millimeter.
At HoloRing, we go far beyond that.

Human hair: ~ 70 000 nm
CNC precision: ~ 10 000 nm
HoloRing nanostructure: ~ 700 nm
* 1 nanometer = one-billionth of a meter
Each ring is a technological marvel, finished by hand to meet the standards of fine jewelry.

The Technology Behind:

01.

Surface processing

Everything begins with state-of-the-art laser technology. Ultrashort femtosecond pulses interact with the curved surface of the ring, forming a precisely defined nanostructure at the point of contact. The process is fully contact-free: the material is modified purely by light energy, laying the foundation for the holographic effect.
True microscope image
02.

Nanostructure

The result is a periodic pattern with a spacing of approximately 700 nanometers — comparable to the wavelength of visible light. This allows the structure to directly influence and disperse incoming light into its spectral colors. No pigments are used; the iridescent colors arise purely from physical diffraction of white light.
03.

A secret hidden in light

The holographic glow is an interplay of angle, motion, and light. It’s most visible under a focused source—like sunlight, LED lighting, or a phone’s flashlight—where angular dispersion makes the colors bloom. In soft ambient light, the ring stays sleek and understated, keeping its secret until the right moment.
"

This Is Science, Not Just Craft

At HoloRing, we don’t decorate—we engineer. We’ve taken tools from research labs and brought them into the world of jewelry—without compromising quality or beauty.

Tips & Care

Fingerprints

Oils from your skin can reduce the effect, just like on gemstones. A quick wipe with alcohol or soapy water restores the shine instantly.

Lighting

For the full color effect, aim for direct lighting—sunlight, LED spots, or a camera flash. Under overcast skies or in shadow, the engraving will appear dark silver or subtle grey.

Start Your Own Experiment

Discover a new kind of jewelry—where science meets art, and light brings metal to life.

Explore the Collection