Patented Swiss Innovation

Hyperlight Optics' revolutionary C60 lens technology transforms light to enhance wellbeing and visual performance, optimizing your body's balance in any environment. 

A 3D rendering of a spherical carbon molecule, resembling a buckyball or fullerene, with connected black atoms forming a geometric cage, set against a gray gradient background.

Fullerene C60

Close-up illustration of interconnected neurons with glowing synapses, highlighting neural pathways and communication within the brain against a dark background.

Benefits

Black sunglasses with amber lenses reflect bright light streaks, set against a white background with diagonal shadows, showcasing a modern, stylish design and hints of motion or dynamic energy.

Technology

Translucent overlapping circles, some in shades of orange and others in light blue, are arranged diagonally on a white background, creating a layered and modern abstract design.

Specifications

Comparison

Outdoor

A yellow train approaches on elevated tracks in a city, with modern buildings on the left and a historic brick structure with towers in the background under a partly cloudy sky.

Without Hyperlight Optics

Yellow trains on elevated tracks with a cityscape in the background, including a distinctive twin-towered brick building under a clear sky at sunset.

With Hyperlight Optics

Indoor

A yellow suitcase stands alone in a spacious, modern airport terminal with curved glass architecture and empty seating. Sunlight streams through large windows, casting reflections on the shiny floor.

Without Hyperlight Optics

A bright yellow suitcase stands alone in a spacious, modern airport terminal with curved glass walls and large windows letting in natural light.

With Hyperlight Optics

Numerous lens coatings

HYPERHARMONIZATION OF LIGHT

Visible Spectrum of Sunlight vs. After HyperlightOptics®

Visible spectrum of sunlight

Harmful wavelengths (HWs) of sunlight, such as ultraviolet and blue visible light (<450 nm), are detrimental to health. HWs also inhibit optimal eye and brain function. HWs are outside the desirable wavelengths (450-750 nm) and have too much energy for optimal eye functioning.

Visible spectrum of sunlight after Hyperlight Optics®

After passing through Hyperlight Optics®, the whole spectrum has been ideally restructured into desirable wavelengths (DW) (450-780 nm) and into desirable non-excessive energy amounts that are ideal for the eye and brain. The overall harmful excessive energy amount is substantially decreased and transformed into a hyper-harmonized structure to meet the optimal level for good health.

Spectrum of neon light vs. After HyperlightOptics®

Spectrum of neon light

Harmful wavelengths of neon light include ultraviolet and blue light (<450 nm), which have excessive energy that inhibits optimal eye and brain functioning. Wavelengths outside desirable levels (450-780 nm) have very low and insufficient amounts of energy, which inhibit optimal eye and brain functioning.

Spectrum of neon light after Hyperlight Optics®

After passing through Hyperlight Optics®, the neon light spectrum (with UV and blue light) is restructured into wavelengths that are ideal for eye and brain functioning.

Spectrum of white LED light vs. After HyperlightOptics®

Spectrum of white LED light

Harmful wavelengths of LED light: ultraviolet and blue light (<450 nm), which have excessive energy, inhibit optimal eye and brain functioning. These wavelengths have insufficient energy outside the optimal range of 450-780 nm, which inhibits eye and brain function.

Spectrum of white LED light after Hyperlight Optics®

After passing through Hyperlight Optics®, the entire LED light spectrum has been ideally restructured into desirable wavelengths by increasing or reducing energy levels to those that are ideal for eye and brain functioning.

Learn more

Insights, innovation, and more—explore our blog.

What Is Fullerene C60 & Why Is It So Special?

One of the most extraordinary carbon molecules ever discovered is at the heart of Hyperlight Optics. Fullerene C60 has fascinated scientists for decades. Its unusual molecular structure, remarkable symmetry and ability to interact with electrons and light have made it...

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The Power of Human-Centered Innovation

Zepter International Heads to Cambridge Tech Week 2026 Innovation, science, and technology will take center stage this September as Cambridge Tech Week 2026 brings together some of the world's leading innovators, researchers, entrepreneurs, and technology companies. Recognized as one of...

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How to Reduce Eye Strain from Screens

How to Reduce Eye Strain from Screens

Why your eyes feel tired after screen time If you spend hours in front of a screen, you’ve probably experienced: eye fatigue blurred vision headaches lack of focus This is commonly known as digital eye strain. What causes eye strain?...

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Science behind our optics

Explore how quantum technology and Swiss innovation transform light for your well-being.

Find out more