MetaOptics Announces Breakthrough Tunable Metalens Module for 3D Fingerprint Biometrics

Key Highlights for Investors

• Strategic Collaboration: MetaOptics Ltd (Catalist: 9MT) has partnered with a Singapore-based national institute specializing in advanced semiconductor technologies, aiming to accelerate commercialization of cutting-edge optical research for secure identity systems.
• Breakthrough Product Development: The company is developing a compact optical module for 3D non-contact fingerprint biometrics, targeting integration into consumer devices such as smartphones and notebooks.
• Advanced Technology: The core innovation is a tunable flat-lens optical stack built around two ultra-thin metalenses, separated by a 100 μm-thick liquid crystal (LC) layer. This enables electronic tuning of optical properties, eliminating the need for mechanical focusing components.
• Miniaturization: The optical stack, including both metalenses and glass substrate, achieves a form factor of only 1.65 mm within a total module thickness of about 5 mm—making it suitable for space-constrained devices.
• Active Optical Architecture: Unlike passive 2D contact fingerprint sensors, MetaOptics’ solution provides electronically adjustable imaging for higher precision and security, offering a hygienic, non-contact alternative.
• Commercial Potential: The company plans to showcase this next-generation module at CES 2027, highlighting its ability to deliver superior fingerprint tracing, reduced module size, and improved hygiene.
• Market Implications: The technology directly targets the massive global market for biometric authentication in consumer electronics, with potential to disrupt current industry standards and unlock new growth opportunities.

Detailed Article

MetaOptics Ltd has announced a significant development in its pursuit of advanced biometric solutions. In a strategic partnership with a Singapore-based national institute focused on semiconductor commercialization, the company is developing a compact, electronically tunable optical module for 3D non-contact fingerprint biometrics. This initiative enhances MetaOptics’ proprietary 3D sensing technologies, aiming to reduce the optical stack size and implement electronic tuning, thereby optimizing imaging performance without the complexity and reliability risks associated with mechanical motion components.

At the heart of the new module is an innovative tunable flat-lens optical stack. This stack utilizes two ultra-thin metalenses, each constructed on glass substrates and separated by a 100 μm-thick liquid crystal (LC) layer—about the thickness of a human hair. By applying voltage across the LC layer, the module’s optical characteristics can be precisely and electronically adjusted, eliminating bulky or failure-prone mechanical focusing mechanisms and paving the way for robust, scalable manufacturing.

Each metalens, with a diameter of just 2.0 mm and mounted on a 0.775 mm glass substrate, forms a compact optical stack of only 1.65 mm. The entire module targets an encapsulation thickness of approximately 5 mm, ensuring compatibility with space-constrained consumer electronics, such as 5G smartphones and notebooks. The demonstrator employs a green wavelength (532 nm) paired with a monochrome image sensor and control electronics to capture detailed fingerprint features under controlled conditions.

Dr. Tobias W. W. Mass, VP Systems at MetaOptics, highlighted the technical challenges and opportunities: “I have been working on small pixel size, LC-based spatial light modulators—a challenging class of electro-optic systems where stable, repeatable tuning must be achieved within an extremely compact form factor. Applying this experience to realize an autofocus mechanism for a metalens imaging system is a logical step for MetaOptics. We selected an LC tuning approach because it is a mature technology platform with high optical design freedom, while maintaining fully electronic actuation. Compared with mechanical focusing approaches such as VCM-based actuation, our approach supports scalable manufacturing and improved yield.”

The new tunable metalens stack is an “active” optical architecture, capable of electronic adjustment to optimize fingerprint capture, delivering higher 3D biometric precision and security. This approach also provides a cleaner, non-contact alternative to conventional 2D contact-based fingerprint solutions—a feature likely to attract both consumer and regulatory interest given increasing focus on hygiene and security.

MetaOptics intends to showcase the new generation module at CES 2027 in Las Vegas, featuring substantial advances in fingerprint tracing precision, device miniaturization, and hygiene over current 2D biometric technologies. This public demonstration could act as a catalyst to increase shareholder and market interest, as it positions MetaOptics at the forefront of next-generation biometric sensor technology.

Shareholder Considerations & Potential Price Sensitivity

• Market Disruption Potential: The development and planned demonstration at CES 2027 signal MetaOptics’ intent to enter and potentially disrupt the lucrative biometric authentication market in consumer electronics.
• Scalability and Manufacturability: The adoption of mature LC tuning technology, combined with electronic actuation and a compact form factor, positions MetaOptics for high-volume production and integration into mainstream devices.
• Competitive Advantage: The active, tunable metalens stack offers a clear technological advantage over passive, contact-based solutions, potentially increasing demand and market share for MetaOptics.
• Upcoming Milestones: Investors should watch for further updates and the CES 2027 demonstration, which could drive investor sentiment and impact share price depending on market reception and potential industry partnerships.
• Regulatory and Commercial Review: The announcement has been reviewed by the Company’s sponsor, ZICO Capital Pte. Ltd., but not by the Singapore Exchange Securities Trading Limited (SGX-ST), which assumes no responsibility for its contents.

Contact Information

For further queries, shareholders and analysts may contact Ms. Goh Mei Xian, ZICO Capital Pte. Ltd. at 77 Robinson Road, #06-03 Robinson 77, Singapore 068896, telephone: (65) 6636 4201.

Disclaimer

This article is intended for informational purposes only and does not constitute investment advice. Investors should conduct their own due diligence and consult with professional advisors before making any investment decisions. The information provided is based on company disclosures and has not been independently verified by the Singapore Exchange Securities Trading Limited (SGX-ST). MetaOptics Ltd and its partners assume no liability for any investment decisions made based on this article.

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