XFC provides highly customizable self-ordering kiosk hardware, including floor-standing, wall-mounted, countertop, dual-screen, and curved models. We configure touch displays, computing systems, printers, scanners, cameras, NFC, and POS terminal mounts to match your workflow.
MOQ starts from 1 unit. Send your photos, drawings, or project requirements for an immediate engineering evaluation.
13+ Years
Manufacturing
6,000㎡
Factory
300+
Employees
80+
Countries Exported
Fragmented sourcing and uncoordinated hardware integration often lead to operational bottlenecks.
Long queues and limited front-of-house staff during peak hours negatively impact customer experience.
Order errors caused by manual verbal entry lead to food waste and dissatisfied customers.
Hardware sourced from multiple disjointed suppliers increases procurement and assembly headaches.
POS, payment terminal, and peripheral compatibility risks delay deployment schedules.
Difficult maintenance after deployment due to poor internal layout and lack of front-access design.
Inconsistent enclosure and component configurations across locations hurt brand image.
XFC helps clients reduce multi-supplier coordination by providing unified touch displays, computing hardware, custom metal structures, peripheral layouts, testing, and manufacturing processes under one roof.
Discuss Your Kiosk RequirementsA self-ordering kiosk is an interactive touchscreen terminal that allows customers to browse menus, select or modify items, confirm orders, and complete payments. The device typically connects to POS, KDS, menu, loyalty, or payment systems through the customer's software.
Explore our comprehensive custom self-service kiosk solutions to see how we build these systems.
A streamlined hardware and software interaction process.
Customer browses the digital menu
Customer selects and customizes the order
Software validates pricing and menu options
Payment is completed through the selected terminal
Order data is sent to the POS, KDS or backend system
* Actual data flow and functionality depend entirely on the customer's chosen software application and API interfaces.
Hardware configurations designed for every restaurant footprint and workflow.
Best For: QSRs, food courts, chain restaurants, and high-traffic venues.
Advantages: High visibility, robust freestanding structure, accommodates full peripheral sets.
Common Sizes: 17″, 19″, 21.5″, 27″, 32″, and 43″.
Best For: Space-constrained restaurants, coffee shops, and pickup areas.
Advantages: Zero floor footprint, easy eye-level installation, clean aesthetic.
Common Sizes: 21.5″, 23.6″, 27″, and 32″.
Best For: Small diners, cafes, bakeries, and pilot deployment projects.
Advantages: Compact installation on existing counters, lower deployment threshold.
Common Sizes: 15.6″ to 21.5″.
Best For: Venues wanting simultaneous ordering and digital signage.
Advantages: One screen for ordering, another for ads, menus, or branding content.
Common Sizes: 17″, 21.5″, and 23.6″.
Best For: Custom projects requiring differentiated aesthetics and strong brand presence.
Advantages: Premium look, ergonomic interaction. Learn more about custom curved touch displays.
Common Sizes: 23.6″ and 32″ curved models.
Detailed hardware parameters and configuration options.
| Model Series | Screen Size | Dimensions (W × D × H) |
|---|---|---|
| A01 (Floor) | 17″ | 430 × 389 × 1442 mm |
| A02 (Floor) | 19″ | 436 × 430 × 1490 mm |
| A03 (Floor) | 21.5″ | 490 × 370 × 1531 mm |
| A041 (Floor) | 27″ | 462 × 520 × 1677 mm |
| A05 (Floor) | 32″ | 525 × 507 × 1772 mm |
| A07 (Floor) | 43″ | 670 × 629 × 2012 mm |
| B01 (Wall-Mounted) | 21.5″ | 745 × 340 × 60 mm |
| B03 (Wall-Mounted) | 23.6″ | 770 × 362 × 91.5 mm |
| B04 (Wall-Mounted) | 27″ | 876 × 410 × 91.5 mm |
| B05 (Wall-Mounted) | 32″ | 980 × 465 × 91.5 mm |
| Dual-Screen | 17″ / 21.5″ / 23.6″ | Varies (e.g., 608 × 630 × 1800 mm for 21.5″) |
| Flat Ordering Kiosk | 21.5″ / 27″ / 32″ | Varies (e.g., 520 × 420 × 1570 mm for 27″) |
| QT01 Curved | 23.6″ | 420 × 420 × 1635 mm |
| QT02 Curved | 32″ | 500 × 420 × 1800 mm |
* Dimensions and internal layouts may change when printers, payment terminals, scanners or custom components are added. The final engineering drawing must be confirmed before ordering.
XFC doesn't just bolt standard parts together. We arrange internal structures, custom metalwork, and precision openings specifically for your ordering, payment, printing, scanning, and maintenance processes.
How purpose-built hardware solves operational challenges.
Diverts customer traffic to self-service stations during peak rush hours.
Enables simultaneous multi-point ordering, increasing throughput.
Allows visual browsing and precise menu customization at their own pace.
Minimizes mistakes caused by verbal miscommunication in noisy environments.
Provides a reliable platform for software-driven add-on suggestions.
Reallocates labor from order-taking to food preparation and customer service.
Supports consistent custom kiosk configurations across multiple franchise locations.
| Feature | Commercial Self-Ordering Kiosk | Traditional Counter | Tablet Stand |
|---|---|---|---|
| Customer order control | High (Self-paced) | Low (Staff-led) | High (Self-paced) |
| Peak-hour throughput | High (Multi-station scalability) | Moderate (Staff dependent) | Low to Moderate |
| Peripheral integration | Built-in (Printers, scanners, POS) | External desktop devices | Very limited |
| Enclosure durability | High (Sheet metal/Industrial) | N/A | Low (Consumer grade) |
| Branding customization | Full enclosure design & colors | Store decor | Minimal (Stickers/cases) |
| Upfront investment | Moderate to High | Low hardware, High labor | Low |
A systematic 8-step selection process.
Map out how customers will order, pay, and collect receipts in your specific restaurant.
Determine the restaurant type and peak-hour volume to decide the number of units needed.
Select floor-standing, wall-mounted, or countertop based on available floor space.
Choose the optimal industrial touchscreen display options and orientation (portrait/landscape).
Verify POS, KDS, and operating system requirements (Windows, Android, Linux).
Finalize payment terminal mounts, receipt printers, and barcode scanner requirements.
Check accessibility (front/rear doors) and local certification requirements.
Establish prototype quantity, testing timeline, and volume production schedule.
The cost of a self-ordering kiosk depends on its screen size, computing platform, enclosure type, integrated peripherals, payment hardware, software compatibility work, certification requirements, and order quantity.
XFC provides accurate quotes only after reviewing your functional checklist, dimensions, quantity, software environment, and peripheral requirements.
On selected projects, factory-direct sourcing and integrated manufacturing may help reduce total procurement costs by up to approximately 31% compared with fragmented sourcing. Actual savings depend on the project.
From concept to volume production. Learn more about our OEM kiosk manufacturing capabilities.
Customer sends a photo, drawing or requirement list.
XFC reviews the workflow and hardware requirements.
Display, computing platform and peripherals are selected.
Enclosure structure and precise openings are designed.
Customer confirms the engineering drawing and configuration.
Initial prototype is assembled and tested.
Sample feedback is incorporated into the final design.
Batch production and final inspection begin.
We integrate display technology, metal fabrication, and assembly to reduce your procurement and compatibility risks.
Watch our brief 45-second overview showcasing the rigorous assembly and testing procedures at our facility. See firsthand how our QC team conducts 100% inspections to verify touch response, display quality, interfaces and appearance according to the approved specifications.
Our products are manufactured under strict quality control systems and comply with international standards, ensuring reliability and safety for your projects.
Send us your pictures, drawings, software environment details, peripheral lists, dimensions, and quantities. Our engineering team will evaluate your requirements and recommend the optimal hardware configuration.
* Our sales engineers will reply based on your specific project parameters rather than providing an instant fixed quote. The more complete your information, the more accurate the engineering evaluation.