scinique®1.0 Dual Protection Technology: Redefining the optical standards for eye protection films

Technical Overview

The scinique® 1.0 dual-protection collaborative optical technology is a screen optical optimization technology independently developed by the Woowhead team over a period of two years. The name is derived from Science (science), Innovation (innovation), and Unique (uniqueness), symbolizing that it is based on scientific optics and through technological innovation Bring users a unique visual experience.
This technology, in response to the optical characteristics of OLED screens and the pain point of users' visual fatigue, has for the first time proposed a technical framework of "one soft and one clear, internal and external dual protection". Through internal protection (1.0: circularly polarized light · self-process calibration soft light standard; 2.0: Circularly polarized light (Narrowband phase matching calibration) + External protection The synergistic effect of magnetron sputtering AR· anti-glare coating (Woowhead is equipped with a professional optical inspection card to visualize the state of light) simultaneously addresses the dual visual issues of uncomfortable light states inside the screen and external environmental light reflection. Without compromising the display effect of the screen, it enhances visual comfort and redefines the technical standards for eye-protecting protective films.
At present, the scinique® 1.0 dual-protection synergistic optical technology has submitted a utility model patent application (Application No. : 2026207463407), and all related core parameters have passed the authoritative third-party testing by SGS.

Technical architecture: One soft and one clean, internal and external dual protection

scinique® 1.0 Dual-protection Synergistic Optical technology builds a complete visual optimization system from both "internal" and "external" dimensions, breaking through the bottleneck of traditional eye protection technologies that have single functions and sacrifice image quality

Internally: Circularly polarized light · Independent process calibration of soft light standards

To address the issue of visual fatigue caused by linearly polarized light from OLED screens, scinique technology achieves the conversion of linearly polarized light to circularly polarized light through a precise 1/4 wave plate structure design.

1. The principle of light state conversionThe light emitted by OLED screens is linearly polarized light, and its electric field vector vibrates in a fixed direction. Once it enters the human eye, it can easily cause the ciliary muscle to remain tense continuously. The soft light layer in scinique technology is angle-tuned to precisely match the screen polarization direction of models such as iPhone. When linearly polarized light is incident on a 1/4 wave plate at a 45° Angle, the o light and e light generate a π/2 phase difference, and the emitted light is converted into circularly polarized light. Its electric field vector is uniformly distributed along the circumference, and its characteristics are close to those of natural light. Reduce the viewing interference caused by a fixed polarization direction, and the viewing experience is closer to natural light.

2. Three major soft light standards：

• Full-band conversion: Covering the entire visible light band from 400 to 700nm, with no color shift.

• Uniform light field: The light state is consistent at different viewing angles, with no vignetting or color streaks.

• High transparency and low haze: The soft light layer is made of optical-grade PET substrate, with haze controlled within 0.4%, which does not affect the screen clarity and color performance.

3. VerifiabilityEach product equipped with scinique technology comes with a test card. Users can visually verify the effect of light state transformation by rotating the test card. Under circulously polarized light, the brightness of the detected pattern is uniform without any change in light and dark, while ordinary films will show obvious alternations of light and dark. The technical effect is real and measurable.

External: Magnetron sputtering AR· Anti-glare coating

To address the issues of contrast reduction and visual fatigue caused by environmental reflected light, the scinique technology employs a vacuum magnetron sputtering process to construct a 7-layer nanoscale optical anti-reflection film system:

1. Principle of transparency enhancementBased on the principle of canceling interference of light, by alternately depositing high refractive index (TiO₂) and low refractive index (SiO₂) optical films on the glass surface, and precisely controlling the thickness of each film layer (with nanometer-level precision), the amplitude of the reflected light on the upper and lower surfaces of the film layer is equal and the phase is opposite, canceling each other out, thereby significantly reducing surface reflection and improving light transmittance.

2. Membrane system performance：

• Full-band reflection enhancement: Covering the entire visible light band from 400 to 700nm, with an average reflectance as low as 0.5% (self-test data under the standard test environment of the brand laboratory).

• High transparency and low haze: The film layer is dense and uniform, with the visible light transmittance increased to 96.5%, and the haze controlled within 0.4%. There is no fogging or color deviation.

• Wear-resistant and long-lasting: The magnetron sputtering film layer is made of inorganic oxide material, which has strong adhesion to the glass substrate and high Mohs hardness. It is not easily worn during daily wiping, and the AR effect is long-lasting and stable.

3. "Process advantage"Compared with traditional spray AR and electron beam evaporation AR processes, the magnetron sputtering process has advantages such as dense film layer, high thickness control accuracy, good film layer uniformity and strong adhesion. It is currently an outstanding AR coating process in the civilian field.

Technical value: Breaking the industry paradox that "eye protection always sacrifices picture quality"

Traditional screen eye protection technologies generally have the problem of "choosing between function and experience" : anti-blue light films filter light by adding yellow dyes, causing the screen to have color deviation and a decrease in light transmittance. The frosted anti-glare film reduces reflection through surface diffuse reflection, resulting in a decrease in screen clarity. Ordinary AR films only address the issue of external reflection and do not touch upon the problem of the screen's light state itself.
scinique® 1.0 Dual-Protection Synergistic Optical Technology: Through the synergistic design of optical structures, the dual-protection technology has for the first time achieved a balance among "soft light, clear transparency, and high definition".

• No dyes are added, the screen spectrum is not changed, and there is no color deviation problem.

• It does not damage the flatness of the screen surface, does not sacrifice clarity, and has a haze as low as 0.4%.

• It simultaneously addresses the dual sources of visual fatigue, including internal light states and external reflections, providing a more comprehensive eye protection effect.

• The light transmittance reaches 96.5%, approaching the light transmittance level of bare screen glass, truly achieving "no downgrade when applying a film".

Technical certification

• SGS Light Transmittance and Haze certification: 96.5% light transmittance, 0.4% haze, report number SZIN2606001469PL01_CN;

• SGS Impact resistance performance Certification: Passed the 1.2-meter drop test with a 64g steel ball, report number SZIN2606001469PL02_CN;

• Utility model patent application acceptance: Application number 2026207463407.

Technological iteration

The Woowhead team will continue to iterate the scinique dual-protection technology. In the future, it will cover all types of screen terminals such as mobile phones, tablets, laptops, and wearable devices, constantly optimizing optical parameters to bring users a more comfortable and healthier visual experience and promote the upgrade of the screen protection industry from "physical protection" to "visual health".