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Restaurant Self Service Kiosk
Restaurant Self Service Kiosk is an interactive, digital terminal strategically placed in dining establishments (such as QSRs, cafes, and fast-casual restaurants) that allows customers to autonomously browse the menu, customize their orders, place the order, and complete payment without requiring direct assistance from a cashier. These kiosks are designed to improve order accuracy, increase average check size, and optimize staff efficiency.
Standing Touch Screen Kiosk
Standing Touch Screen Kiosk (also known as a Floor Standing Kiosk or Free Standing Kiosk) is an interactive, all-in-one digital terminal designed to be securely placed on the floor without requiring wall mounting or external support. It integrates a commercial-grade display, a multi-touch panel, and an embedded computer (PC) within a durable, tamper-resistant enclosure, providing a user-friendly, autonomous point for self-service transactions, information access, and wayfinding in public high-traffic areas.
Touch Screen Display Kiosk
Touch Screen Display Kiosk is a professional-grade, self-contained interactive kiosk that integrates a high-resolution display, a multi-touch interface, and an embedded computer system. It is specifically engineered for public environments, allowing users to autonomously interact with applications via the touchscreen to perform tasks such as information retrieval, transaction processing, self-service, or navigation. Its core value lies in providing unattended and efficient information exchange and business processing.
Floor Standing Touch Screen Kiosk
A Floor Standing Touch Screen Kiosk is a robust, self-contained interactive digital terminal mounted on a permanent base or stand, designed to be placed directly on the floor in high-traffic public areas. It integrates a commercial-grade, multi-touch display, an embedded computer (PC), and a durable metal enclosure. Its purpose is to provide users with an accessible, autonomous station for complex interactions, transactions, self-service ordering, and detailed information retrieval without requiring external tables or mounting hardware.
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Self Ordering Kiosk Hardware
Publish time：2025-12-07 11:11:49
Detailed Product Description
In-Depth Analysis: Self Ordering Kiosk Hardware Components
The performance and longevity of a Self Ordering Kiosk are determined by the quality and configuration of its core hardware. Below is a detailed analysis of each component and critical differences in the market.
I. Core Processing Unit (CPU/OS)
| Component | Function | Market Comparison & KosinTec Recommendation |
| Mainboard / CPU | Executes the ordering application and manages peripheral communication. Determines system speed and complexity handling. | Android (e.g., RK3568): Lower cost, simpler maintenance, ideal for cloud-based apps. Windows (e.g., i5 4200M): Higher cost, necessary for legacy/complex POS systems. Recommendation: Use Android unless proprietary software absolutely requires Windows. |
| RAM / Storage | Provides the memory (RAM) and space (Storage) to run the operating system and store data/logs. | Commercial use requires a minimum of 4GB RAM and 64GB eMMC/SSD storage to ensure applications run smoothly without crashes, especially when logging peak transactions. |
II. Display and Interaction Modules
The display is the customer's primary interface; quality directly impacts user experience.
| Component | Function | Market Comparison & KosinTec Recommendation |
| Panel Type | Provides visual output (menu display). Quality affects color, brightness, and lifespan. | IPS A-Grade (KosinTec Standard): Superior color accuracy, wide viewing angles, high brightness (300 cd/m2), and commercial lifespan. B-Grade/Consumer Grade: Cheaper, prone to burnout/darkening with 24/7 use. Recommendation: Always demand A-Grade IPS to ensure low TCO. |
| Touch Sensor | Registers customer input and transmits coordinates to the OS. | P-CAP (Projected Capacitive): Highly durable, multi-touch capable (10-point), excellent clarity, and fast response (<= 6 ms). Infrared (IR): Cheaper, less precise, sensitive to dust/scratches, slower response. Recommendation: P-CAP (G+G structure) is essential for a professional Self Ordering Kiosk. |
| Protective Cover | Shields the panel and touch sensor from physical damage and smudges. | AG/AF Tempered Glass: Anti-Glare (AG) reduces reflections; Anti-Fingerprint (AF) keeps the screen clean. Recommendation: AG/AF Tempered Glass is critical for visibility and reducing cleaning frequency in restaurants. |
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III. Transactional Peripherals
These components are crucial for eliminating transaction bottlenecks and customer queues.
| Component | Function | Market Comparison & KosinTec Recommendation |
| Thermal Printer | Prints order receipts or queue tickets. Speed is critical. | Max 180 mm/s: Industry standard for fast service. Slow Printers (e.g., 60-100 mm/s): Creates customer queues at the kiosk itself. Recommendation: Minimum speed of 180 mm/s is required for QSR environments. |
| Payment Module | Processes card, mobile, and digital wallet payments. | NFC/Mifare (Contactless): Required for tap-to-pay (Apple Pay, credit cards). 1D/2D Scanner: Required for QR code payments (Alipay, WeChat). Recommendation: A combined, integrated module (NFC + Scanner) offers maximum flexibility and speed. |
IV. Structure and Build Quality
| Component | Function | Market Comparison & KosinTec Recommendation |
| Chassis Material | Provides the physical frame and protects internal electronics. | Metal (Sheet Metal/Aluminum Alloy): High durability, vandal resistance, superior heat dissipation, better grounding. Plastic: Cheaper, prone to damage, poor heat control. Recommendation: Metal construction is non-negotiable for commercial/public deployment. |
| Environmental Rating | Specifies operational temperature and humidity tolerance. | Commercial Grade (0°C - 55°C): Necessary for heat generated near kitchens or enclosed spaces. Recommendation: Verify this specification to guarantee stable operation and minimize thermal shutdowns. |
V. Configuration Recommendations
| Use Case | Recommended OS/CPU | Key Hardware Configuration |
| High Traffic QSR | Windows (i5) or Android (RK3568) | Vertical 32-inch, Max 180 mm/s Printer, P-CAP touch. |
| Simple Menu Cafe | Android (RK3568) | Desktop 21.5-inch, standard NFC/QR integration. |
| Retail/Ticketing | Windows (i5) | Wall-Mounted, requiring additional ports for proprietary scanners/peripherals. |
How to choose the right self ordering kiosk hardware
Choosing the right Self Ordering Kiosk hardware configuration depends entirely on your operational needs and environment. For high-traffic QSRs, select the 32-inch Vertical Kiosk powered by the reliable Windows i5 platform, ensuring maximum throughput with the Max 180 mm/s printer and fast NFC/QR payment modules. If you operate a simple menu cafe or small retail location, the smaller 21.5-inch Android RK3568 Desktop Kiosk provides an ideal, cost-effective solution with fast P-CAP touch response. Always prioritize integrated NFC/QR payment and commercial-grade durability (IPS A-Grade) regardless of the size, as these features dictate customer satisfaction and long-term TCO. Don't risk your ROI with incompatible systems or low-quality components. Contact KosinTec today for expert consultation and let us design the perfect, TCO-optimized Self Ordering Kiosk solution for your specific business case.
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