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Precision-engineered resistive & capacitive touch panels optimised for palm biometric recognition terminals and secure payment devices.
Palmprint recognition payment is emerging as one of the most transformative biometric technologies in the global fintech landscape. Unlike fingerprint scanners or facial recognition systems, palm biometrics capture a vastly richer dataset — including vein patterns, principal lines, wrinkles, and surface texture — making them exceptionally resistant to spoofing and highly accurate even under challenging environmental conditions.
According to industry research, the global biometric payment market is projected to surpass USD 18 billion by 2030, growing at a CAGR of over 22%. Palmprint recognition is rapidly capturing a significant share of this growth, driven by the convergence of AI, infrared imaging, and advanced touch interface hardware. At the heart of every palmprint recognition payment terminal lies a critical component: the touch screen panel.
🖐 Touch screen panels for palmprint recognition payment must simultaneously deliver ultra-precise gesture sensing, support for near-infrared palm scanning modules, high optical clarity, and ruggedized durability — requirements that demand purpose-engineered display interface solutions.
Major technology companies — including Amazon (Amazon One), Mastercard, and several leading Chinese fintech operators — have already deployed palm-based payment pilots in retail, transit, and banking environments. This commercial momentum is rapidly catalysing demand for industrial-grade touch screen interfaces capable of meeting the stringent performance criteria of biometric payment devices.
Six critical performance attributes that define a high-grade biometric payment touch interface.
A transmittance rate above 88% is essential to ensure that the infrared (NIR) palm scan module beneath the glass receives a clean, undistorted signal for accurate vein-pattern capture.
Outdoor and semi-outdoor payment kiosks demand panels operating reliably from -20°C to +70°C. Wide-temperature resistive and capacitive panels ensure year-round performance without calibration drift.
Payment terminals in retail, transit hubs, and hospitals require panels fully sealed against dust ingress and water splashing, conforming to IP65 or higher protection ratings.
Panel design must accommodate an unobstructed hover detection zone where the palm scan sensor can read vein patterns without the user physically touching the screen, supporting hygienic no-touch payment flows.
Bright ambient environments — supermarkets, transit stations, outdoor ATMs — necessitate AR coatings that maintain screen readability while not interfering with NIR sensor performance.
Financial transaction environments are electromagnetically noisy. Purpose-built touch panels incorporate EMI shielding and electrostatic discharge protection to ensure signal integrity during payment processing.
From unmanned retail to clinical environments, advanced touch panels are enabling the next wave of palm-based biometric commerce.
Supermarkets and convenience stores are deploying palm payment kiosks at self-checkout lanes. Capacitive touch panels (4.3"–10.4") guide users through the payment UI while an integrated NIR module scans the palm hover zone. High-brightness panels ensure readability under fluorescent store lighting, and IP65 compliance handles liquid spills common in grocery environments.
Urban rail and bus rapid transit systems in China, Japan, and the EU are piloting palm-based fare payment at turnstiles. Small-format (3.0"–4.3") resistive and capacitive panels embedded in gate terminals provide robust, glove-compatible touch for commuters, with wide-temperature performance critical for exposed station environments.
Next-generation ATMs are integrating palm vein recognition as a second authentication factor or full card-free transaction method. Large-format (10.4"–12.1") industrial-grade touch panels with IR-transparent optical bonding enable seamless co-integration of palm scan sensors within the ATM fascia assembly.
Hospitals face unique challenges: patient payment terminals must withstand regular disinfection with chemical agents. Chemically resistant cover glass with AR coating and IP67-rated panels enable frictionless palm-pay check-in at outpatient and pharmacy windows, reducing cash handling and cross-contamination risk.
Factories and logistics hubs use palm recognition for both physical access control and internal payroll systems. Wide-temperature industrial resistive touch panels (e.g., 12.1" IP65) withstand factory floor dust, humidity, and temperature extremes, while reliably processing biometric data for time-and-attendance payment integration.
Quick-service restaurants and hotel concierge systems are trialling palm payment for loyalty-linked purchases. Compact capacitive panels (4.3"–8.0") integrated into POS peripherals allow staff-free order confirmation, with oleophobic coatings maintaining screen clarity under constant use in food-service conditions.
As form factors for biometric payment terminals evolve beyond flat kiosks to curved surfaces and wearable edge cases, manufacturers are investing in flexible OLED touch panels with embedded optical sensor arrays. These allow palm scan hardware to be integrated beneath the display surface, achieving a truly unified biometric-payment interface.
The trend toward "under-panel" sensor architectures — already established for fingerprint readers — is now being extended to NIR palm vein sensors. This requires touch panel glass with precisely controlled NIR transmittance windows, demanding close collaboration between touch panel manufacturers and biometric module suppliers — a growing niche where companies like Guangzhou Xiangrui play a pivotal role as specialist component producers.
Tier-1 payment terminal OEMs are seeking panels that simultaneously support palmprint recognition, face recognition camera modules, and fingerprint sensor openings — all within a single integrated display assembly. This multi-modal approach elevates transaction security to bank-grade standards while streamlining the hardware supply chain.
Emerging smart touch controllers embed lightweight AI inference engines directly into the panel controller IC, enabling on-device liveness detection — distinguishing a real palm from a 3D-printed spoof — without round-tripping data to a central server. This edge-AI capability is rapidly becoming a mandatory specification for tier-1 payment device certifications globally.
Regulatory pressure in the EU and increasing ESG mandates among global payment network operators are driving demand for touch panels manufactured under ISO 14001 certified environmental management systems — a standard already held by leading producers in this space.
Founded in 2010 and located in Guangzhou, China, we are a company dedicated to the research and development, production, sales, and service of resistive touch panels, capacitive touch panels, cover glass, and module bonding products.
We provide customized production of various touch screens, as well as OEM and ODM services. Our company has obtained the ISO 9001 and ISO 14001 certificates. Our products are widely used in fields such as industrial control, medical equipment, home appliances, smart home, outdoor products, and palm print recognition payment systems.
We are based on the fundamental purpose of people-oriented, honest, pragmatic, innovative and enterprising, sincere and united. Since its establishment, we have been committed to the development, research and application of new products, new processes and new materials, relying on a professional R&D team, rich production experience and high-quality service.
The total plant area of the company is about 3,000 square meters, equipped with class 100, class 1000, and class 10,000 dust-free workshops to meet the dust-free level requirements for different production processes.
We are based on the fundamental purpose of people-oriented, honest, pragmatic, innovative and enterprising, sincere and united.
Since its establishment, we have been committed to the development, research and application of new products, new processes and new materials, relying on a professional R&D team, rich production experience, and high-quality service — so that enterprises in the fierce market competition always adhere to competitiveness, to achieve rapid and stable development.
As a specialist manufacturer of touch screen panels for palmprint recognition payment applications, we understand that every micron of glass optical quality and every millisecond of touch latency directly impacts the reliability and user acceptance of biometric payment systems worldwide.
We operate with the spirit of reputation first, customer first, quality satisfaction, delivery on time, and good faith cooperation. We maintain excellent long-term partnerships with top enterprises and well-known manufacturers across the globe, including biometric terminal OEMs deploying palmprint recognition payment systems.
We have passed ISO 9001 quality management system and ISO 14001 environmental management system qualification certification. In our production process, we enforce highly standardised protocols to ensure that products — from raw materials to finished touch screen panels — comply with the highest quality standards required for financial-grade biometric devices.
Under the leadership of our R&D department, we have repeatedly obtained utility model patents and invention patents, and were awarded the Guangdong Province High-Tech Enterprise title in 2022 — a testament to our continuous innovation in touch display interface technology for biometric payment applications.
Resistive and capacitive touch panels in multiple sizes — engineered for palmprint recognition payment terminals, industrial controls, and smart device integration.
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