White Paper on Woowhead scinique® 2.0 Dual-Protection Synergistic Optical Technology

Woowhead Woowhead

White Paper on scinique® Dual-Protection Synergistic Optical Technology

White Paper on Dual-Protection Synergistic Optical Technology

Technical Version 2.0

Document NumberWP-SCNQ-2.0-2026

Technical namescinique® Dual Protection Synergistic Optical Technology (1.0 Internal protection: circularly polarized light · Self-adjusted soft light standard + External protection: Magnetron sputtering AR· Anti-glare coating; 2.0 Internal protection: Circularly polarized light · narrowband phase matching calibration + External protection: Magnetron sputtering AR· Anti-glare coating. Woowhead is equipped with a professional optical detection card to visualize the state of the light.

Version numberV1

Classification levelPublic release

Compiling unit:Woowhead woowhead R&D Center

Release date2026-09

Dongguan Runjia Technology Co., LTD

www.woowhead.com

00  Document information

00  Revision record

00  ABSTRACT

Key words:scinique® 2.0 dual-protection collaborative optical technology, narrowband phase matching, double-layer circular polarization structure parameter alignment, curved surface refraction compensation, Guanfudun Qu, multi-platform depth-tuned version

00  CONTENTS

01  Technical overview and technical positioning

02  Dual-protection collaborative technology architecture

03  Optical principles and implementation paths

04  Technical version features

05  Product application and verification

06  Technology Evolution and Compliance Statement

01  Technical overview and technical positioning

2.0 is not a simple superposition of 1.0, but an architectural upgrade from "qualitative transformation" to "quantitative adjustment". The team has undergone multiple rounds of optical simulation and actual measurement, precisely adjusting the phase structure, dedicated to reducing stray light interference and minimizing light stimulation.

Table · Data sources are described in the corresponding row

scinique® is composed of the root: Sci (Science/Optics, science/optics), corresponding to optical principles and nano-coating processes; ni (New, innovation), symbolizing the upgrade of the film application form; que (Unique/Quality), symbolizing the composite surface treatment technology. Skin-ique, meaning to fit the screen like Skin and endow it with new optical performance.

1.1 Technical Naming and Interpretation

2.0 continues the dual-protection collaborative core of scinique®, which combines magnetron sputtering and circularized polarized light, and upgrades the circularized polarized light part from the basic version of 1.0 to a systematic calibration for the double-layer structure and phase relationship, forming a more complete collaborative optical system.

Based on the five core experiences of 1.0, it has been deeply optimized for the differences in polarization states of multi-platform screens, further reducing stray light interference and light stimulation, making the soft light effect more uniform and closer to natural light.

1.2 Technical Mission

02  Dual-protection collaborative technology architecture

2.0 continues the three-layer architecture of "internal, external, and collaborative efficiency enhancement", and completes the core upgrade in the internal protection (circular-polarized light) part, while the external protection (magnetron sputtering AR) remains unchanged.

Based on 1.0's "converting linear polarization into uniformly rotating circularly polarized light", 2.0 further targets the original circularly polarized state of the screen. Through narrowband phase matching, the phase parameters of the film layer and the internal structure of the screen are aligned and connected into a double-layer circularly polarized structure, further reducing stray light, reflection and glare, making the screen light more uniform and closer to the characteristics of natural light. From a specific Angle, it presents an orange-yellow soft light effect, and in daily use, the human eye basically has no color bias perception.

2.1 Internal Protection: Circularly polarized light · Independent process calibration of soft light standards

• Optical state transformation (upgrade) : From single-direction transformation to uniform rotation, upgraded to precise polarization state control under parameter alignment of double-layer circular polarization structure;
• All-domain perception (Upgraded) : Weaker light and dark variations, more uniform transitions from multiple angles, and reduced vignetting and color streaks.
• Color fidelity: It still relies on optical structures to achieve soft light, without additional coloring. The colors are restored naturally, and there is basically no color deviation perception in daily use.

The 2.0 external protection adopts the vacuum magnetron sputtering AR anti-glare coating process of 1.0, which reduces surface reflection by utilizing the destructive interference of light, with a reflectivity of ≤ 0.5% (self-tested data under the standard test environment of the brand laboratory). This process is a constant component of scinique's dual-protection synergy and does not change due to version iterations.

2.2 External Protection: Magnetron Sputtering AR· Anti-glare Coating

Table · Data sources are described in the corresponding row

Based on the optical dual protection, the bonding and edge processing of 3D curved glass are strengthened in a coordinated manner, taking into account the protective performance, the feel of the bare machine and the user experience.

2.3 Synergistic Enhancement: Enhanced physical protection

• Mohs hardness 6H: Self-test by brand laboratory; This is a different testing standard from the common "Pencil 9H" in the industry, and the values cannot be directly compared.
• Initial water droplet Angle 115° : Reduces fingerprint and oil residue; After 10,000 wear-resistant reciprocations, it is approximately 105°.
• Impact resistance: A 64g steel ball dropped from 1.2m will not break (expected to pass SGS testing, the report number is subject to the actual test of Guanfudun Qu in mass production).
• 3D hot bending bonding: Smooth transition at the edge of curved glass, reducing the uncomfortable feel when using the bare machine.

03  Optical principles and implementation paths

The vibration direction of linearly polarized light is single. When rotating the polarization detection card, it will turn completely black. The vibration direction of circularly polarized light is uniformly distributed, and it will not turn black when rotating the detection card. After the introduction of the double-layer circular polarization structure in 2.0, the control of the polarization state advanced from "whether the transformation is sufficient" to "whether the phases of the two-layer structure are precisely aligned" - this is the core optical difference from 1.0 to 2.0.

3.1 Basis of Polarized Light

The magnetron sputtering process remains unchanged in 2.0: in a vacuum environment, the target material atoms are uniformly deposited on the glass surface by using an electromagnetic field to form a nanoscale multilayer AR optical film. The upgrade of 2.0 focuses on the structural design and parameter matching of the circularly polarized light layer rather than the coating process itself.

3.2 Magnetron Sputtering Process Route

1. Optical simulation: Establish a double-layer circular polarization structure model and simulate the phase delay and interference distribution
2. Phase matching: Narrowband phase matching, precisely aligning the optical parameters of the double-layer structure
3. Actual measurement iteration: Multiple rounds of optical measurement to calibrate the transmittance and refraction compensation parameters
4. Surface adaptation: Specialized calibration for 3D edge refraction, mass production verification

04  Technical version features

The following table shows the core technical parameters of the scinique® 2.0 dual-protection collaborative optical technology. The items marked "(Estimated)" are the planned values of the Guanfudun Qu mass production standard. The final measurement report shall be subject to the SGS mass production test report.

4.1 Core Technical Parameters

Table · Data sources are described in the corresponding row

2.0 is the technical version of Guanfudun Qu, which is currently in the stage of planning for mass production standards. The "expected" items in the table will be updated as measured during mass production. The magnetron sputtering AR process and the dual-protection collaborative architecture have passed the SGS testing and verification of the 1.0 mounted product (Report numbers: SZIN2606001469PL01_CN, SZIN2606001469PL02_CN).

The following table compares the polarization phenomena of different objects under the rotation observation of a professional polarization detection card. The scinique® 2.0 dual-protection Synergistic optical technology corresponds to lines 6 and 7. The 4th and 5th lines are in contrast to 1.0, used to reflect technological evolution:

4.2 Comparison of Polarization Phenomena

Table · Data sources are described in the corresponding row

05  Product application and verification

The scinique® 2.0 dual-protection synergistic optical technology is equipped on the Guanfudun Qu (3D hot bending), specifically designed for enthusiasts of bare-metal feel. For straight-screen models like iPhone, traditional 2.5D films have steps at the edges, and sliding the bare machine can easily cause a rough feeling. Guanfudun Qu adopts 3D hot bending technology, with smooth edge transition and optical depth adjustment completed simultaneously.

5.1 Products Carried

Table · Data sources are described in the corresponding row

5.2 Dual Verification System

• Circularly polarized light detection card: The user places the detection card in front of the screen and rotates it for observation. The presentation of orange-yellow soft light at specific angles on screens with built-in circularly polarized anti-reflection structures (such as Apple screens) is a verifiable manifestation of phase alignment of the double-layer circularly polarized structure. This phenomenon is an objective optical feature, not a mass anomaly.
• Micro-light Hidden Engraving Identity Anti-counterfeiting Label: It is nearly invisible when the screen is on and appears in the lower left corner when the screen is off, serving both brand identification and genuine anti-counterfeiting functions.

06  Technology Evolution and Compliance Statement

6.1 Expression of Boundaries

• Data source: The actual measurement data of 2.0 mass production shall be subject to the SGS report released after the launch of Guanfudun Qu. "Expected" items do not constitute performance commitments. The official SGS report for the scinique® 1.0 dual-protection collaborative optical technology products was issued in June 2026 (light transmittance/haze SZIN2606001469PL01_CN, impact resistance SZIN2606001469PL02_CN). As a third-party verification basis for the dual-protection collaborative architecture.
• Efficacy boundary: "Further reducing stray light interference and lowering light stimulation" is a physical description at the optical structure level. "Comfort" varies from person to person and does not constitute any efficacy commitment.
• Orange-yellow indicates: The orange-yellow soft light at a specific Angle is the physical interference result of the superposition of circularly polarized light and 2.0 calibration. In daily use, the human eye basically has no color deviation perception.
• Iteration description: 2.0 is an upgraded version of 1.0, and both share the dual-protection collaborative architecture. The actual technical version equipped on the product is subject to the labels on the packaging and detail page.

The scinique® technology adopts a continuous iterative approach: 1.0 completed the engineering implementation of the basic conversion of circulard-polarized light and the dual-protection collaborative architecture; On this basis, 2.0 introduces narrowband phase matching, double-layer circular polarization structure parameter alignment and surface refraction compensation to achieve an upgrade from "qualitative" to "quantitative". The brand will continue to optimize the optical structure, dedicated to reducing stray light interference and lowering light stimulation. The technical parameters and phenomenon characteristics of future versions shall be subject to the corresponding white papers and product measurements released at that time.

6.2 Technical Evolution Description

This white paper only describes the current technical facts and mass production plans of the scinique® 2.0 dual-protection Synergistic optical technology version, and does not make speculative or committal statements about products or versions that have not yet been released. The product planning and technical version route of Guanfudun (2.5D version) shall be subject to the official announcement of the brand.

6.3 References

[1] Woowhead Woowhead. scinique® Dual-Protection Synergistic Optical Technology White Paper (2.0) [R]. Dongguan Runjia Technology Co., LTD., 2026.

[2] Woowhead Woowhead. scinique® 1.0 Dual-Protection Synergistic Optical Technology White Paper (1.0) [R]. Dongguan Runjia Technology Co., LTD., 2026. (Reading of infrastructure in conjunction with this white paper)

[3] The influence of circularly Polarized Light LCD Television on Visual fatigue [J]. Chinese Journal of Preventive Medicine, 2009,15 (8). (For television products, only for technical background reference)

[4] CCTV10 "The Light of Technology"Did you choose the right screen? [Z]. 2016. (Popular science citation, not technical basis)

[5] SGS test report SZIN2606001469PL01_CN, SZIN2606001469PL02_CN[R]. 2026-06. (1.0 product actual test, serving as the third-party verification basis for the dual-protection architecture)