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Featuring a high-hardness tempered glass countertop, the AI food recognition checkout kiosk is wear-resistant, stain-resistant, waterproof, oil-resistant and easy to clean, making it ideal for busy cafeteria environments. Equipped with an HD camera and soft fill lighting, it captures clear food images under varying cafeteria lighting conditions for reliable recognition. Powered by an industrial-grade AI computing motherboard, the terminal performs fast local food image processing and recognition for efficient, intelligent checkout. Dual independent displays separate customer interaction from payment and transaction information, providing a clear and convenient self-service experience. Integrated multi-modal payment capabilities support card, QR code, and face payment methods, enabling automated food recognition, price calculation and self-service checkout.
Built with a thickened explosion-proof tempered glass surface that is scratch-resistant, wear-resistant, and resistant to oil penetration. Easy daily cleaning and washing make it ideal for high-frequency cafeteria sanitation and demanding operating environments.
Equipped with dual wide-angle HD cameras and soft-fill lighting design, ensuring stable and accurate dish recognition under strong indoor lighting, backlight, or shadow interference. High image restoration improves recognition precision.
Integrated dedicated edge AI computing hardware enables real-time local image processing and dish recognition without relying on external network connectivity, ensuring stable operation even during network interruptions.
The main operational display and independent customer-facing price display separate staff operation from customer interaction. The touch panel is stain-resistant and highly durable, while the clear display improves checkout efficiency and user experience.
Embedded card payment, QR code scanning, and facial recognition modules support multiple payment methods, adapting to different dining and payment habits.
InAdopts a low-voltage DC isolated power architecture with multi-level circuit protection, providing excellent resistance to unstable cafeteria power conditions and humid environments for safer and more reliable long-term operation.
Octa-Core Processor
Android OS
2GB + 16GB, Optional 3GB + 32GB or 4GB + 64GB
15.6-inch + 21.5-inch Dual Displays
Supports Mifare 1 Cards, CPU Cards, and Mobile NFC
Supports QR Code, Code 128/39, etc. (360° omni-directional scanning with ±45° tilt/rotation recognition)
Binocular Camera, Optional 3D Structured Light Camera
5MP Camera
Ethernet, Optional WiFi
Real Human Voice Broadcast
DC12V
750 × 700 × 1700 mm
Newcapec is the first publicly listed company in China's campus card industry, backed by extensive industry experience and a strong track record of successful projects. We serve over 45% of China's higher education market across more than 3,000 institutions, and over 30% of the manufacturing companies on China's Top 500 list are our customers. We deliver integrated smart campus and smart park solutions, backed by a full range of in-house developed smart terminals for access control, smart locks, cashless payments, weighing and checkout, and smart utility metering. Our proven solutions serve leading universities, including Tsinghua University, Peking University, and Fudan University, as well as major enterprises such as Huawei, Tencent, Moutai, and BYD. Now expanding globally, Newcapec offers end-to-end hardware and software solutions, standalone terminal hardware, and open SDK/API interfaces for flexible system integration. We partner with customers worldwide to build smarter, safer, and more efficient environments.
Contact UsUsers place their food items in the recognition area, where the terminal uses AI vision technology to automatically identify the dishes. It then calculates the total amount based on the food and pricing information configured in the management system, allowing users to confirm and complete self-checkout.
Yes. Depending on the configuration, the AI vision system can identify multiple dishes on a tray simultaneously and automatically generate the corresponding checkout details.
The system can support multiple payment methods, including QR code payments, card payments, and facial recognition-based payments.
Yes. The terminal is suitable for school cafeterias, self-service dining areas and similar environments. By automating food recognition, price calculation and payment, it helps improve checkout efficiency during peak dining hours.
Yes. Food and pricing information can be managed and updated through the management system according to the system configuration. The kiosk uses the latest pricing information for automatic checkout calculation.
