The application of Touch All-in-One Machine

As an integrated terminal integrating high-definition display, touch interaction and intelligent control, touch integrated machines have broken through the application boundaries of traditional equipment and deeply penetrated various industries, thanks to their core advantages of intuitive operation, high functional integration and strong scenario adaptability. By adopting touch technologies such as capacitive (for mainstream commercial scenarios) and resistive (for harsh working conditions), combined with multi-system compatibility, they have achieved a leapfrog upgrade from single information display to full-process intelligent interaction, serving as a core hardware carrier in the digital transformation of various sectors. The following elaborates on their application scenarios, practical value and implementation key points by industry.

I. Smart Retail and Commercial Display: Restructuring Consumer Experience and Operational Efficiency

In the tide of retail digital transformation, touch integrated machines have become key interactive touchpoints connecting brands and consumers, effectively promoting the transformation of marketing models from "one-way information transmission" to "immersive interactive experience". Meanwhile, they provide data-driven operation support for merchants to help reduce costs and improve efficiency.

1. Intelligent Shopping Guide and Experience Upgrade

Large-size (65-100 inch) touch integrated machines are deployed in shopping malls, department stores and other venues, integrated with 3D indoor navigation and AR live-view functions to accurately address the issue of customers locating stores. A single touch can generate the optimal route, with real-time passenger flow heat maps overlaid. Practical application data shows that the average time for customers to find stores is reduced from 15 minutes to 7 minutes, boosting the fitting room utilization rate by 25%. In high-end brand zones, 4K UHD screens enable 1:1 high-fidelity reproduction of product details. Equipped with AR makeup trial and gesture zoom interaction features, the makeup trial conversion rate of a leading cosmetics brand’s zone has increased by 40% compared with traditional setups. For jewelry, home appliances and other categories, 3D model visualization is available, allowing customers to touch and rotate to view product internal structures and core parameters, effectively raising the consultation conversion rate by 30%.

2. Self-Checkout and Efficient Operation

21-32 inch touch integrated machines function as self-checkout counters and intelligent ordering terminals, widely applied in high-frequency consumption scenarios like supermarkets and catering outlets. Customers can independently complete scanning, payment and order modification, with order data synchronized to the kitchen or cash register management system in real time, effectively eliminating manual accounting errors. This helps the catering industry increase table turnover by 25% and reduces queuing pressure in supermarkets by 60% during peak hours. Taking Shanghai Shifang’s 21.5-inch vertical model as an example, its daily order processing volume in catering scenarios is three times that of traditional cash registers, supporting multiple payment methods with a transaction success rate of 99.9%. In unmanned retail scenarios, the equipment can be linked with AI cameras and smart shelves to build a closed-loop operation model of "grab and go with seamless payment".

3. Interactive Marketing and Traffic Fission

Precision scenario-based marketing is achievable through split-screen display and passenger flow sensing technology: the main screen plays new product videos, while the secondary screen shows limited-time discount countdowns and interactive lottery QR codes, supporting 3-minute simultaneous material updates across all mall devices. During a new product launch of a fast fashion brand, the daily interactive clicks on the devices exceeded 5,000. By connecting external cameras with facial recognition algorithms, gamified interactions such as AR photo check-ins and brand Q&A are automatically triggered when customers approach. A brand pop-up store in Hangzhou recorded over 500 daily photos through this feature, driving social media exposure to over 100,000 impressions. Additionally, the equipment can be linked with electronic shelf labels to realize one-click synchronization of promotional information, with inventory-warning products automatically highlighted in red, helping supermarkets reduce complaint rates by 60%.

II. Education and Training: Breaking Traditional Boundaries to Build Immersive Classrooms

Touch integrated machines are gradually replacing the traditional combination of projectors and whiteboards, becoming core terminal equipment in smart education scenarios. They are widely applicable to diversified scenarios such as K12 basic education, vocational skills training, and corporate internal training, balancing interactive teaching needs and usage safety, and meeting college and university procurement standards.

1. Upgrade of Basic Teaching Scenarios

55-86 inch touch integrated machines can serve as smart blackboards, supporting courseware annotation, UHD video playback, real-time answering and other functions. Teachers can quickly access teaching resources, increasing student classroom participation by 40%. The equipment comes with eye-protection mode and anti-glare screens as standard, suitable for long-hour teaching sessions. For special education needs, accessible features such as speech-to-text and screen magnifiers can be added to meet the learning requirements of visually and hearing-impaired students, upholding the concept of educational equity.

2. Vocational and Skills Training

In practical training for auto repair, cooking, electrical engineering and other fields, step-by-step decomposition videos and simulated operation processes are displayed on touch screens, allowing students to conduct real-time drills and receive intelligent system feedback. The speed of skill mastery is 40% faster than that of traditional teaching methods. In medical training scenarios, 8K UHD integrated machines can clearly present anatomical images and surgical procedures, supporting 40-point touch and simulated operations. Medical students can repeatedly practice core actions such as suturing and instrument use, reducing clinical practice risks and improving training efficiency. For corporate internal training, the equipment supports scan-and-share of training materials and online test scoring, which can enhance training effectiveness by 30% while cutting offline training costs by 50%.

3. Localization and Data Security

To meet the strategic needs of colleges and universities for information technology innovation (ITI) transformation, localized touch integrated machines are equipped with domestic operating systems such as Kylin OS and UOS, paired with Phytium and Zhaoxin chips, perfectly compatible with the domestic vocational education software ecosystem. Meanwhile, they have the capability of encrypted storage of students' private data, complying with national information security standards. Taking OBOO's 65-inch model as an example, it can be optionally equipped with the national defense version of Kylin OS, providing a safe and controllable interactive environment for scenarios with high security requirements such as medical training and vocational skills training.

III. Healthcare: Safeguarding Data Security and Optimizing the Entire Diagnosis and Treatment Process

Healthcare scenarios have extremely high requirements for equipment stability, data security, and hygiene standards. Touch integrated machines, with antibacterial materials, ITI configurations, and high-definition interaction capabilities, fully cover core links such as diagnosis and treatment services, professional training, and intelligent guidance, meeting the compliance requirements of the healthcare industry.

1. Improvement of Diagnosis & Treatment and Consultation Efficiency

Self-service terminals are deployed in outpatient areas, enabling patients to independently inquire about departments, check doctor schedules, register, make payments and print reports. The average waiting time is reduced by 40%, and the work efficiency of the guidance desk in some hospitals is improved by 30%. In teleconsultation scenarios, 4K/8K UHD integrated machines support DICOM medical image analysis, allowing doctors to make real-time annotations on key parts of cases with remote experts. Equipped with 48-megapixel cameras and 8-array microphones, they achieve 12-meter ultra-long-distance sound pickup and intelligent speaker tracking, effectively improving diagnosis accuracy. Outside the operating room, doctors can intuitively demonstrate surgical procedures and potential risks through 3D models, reducing doctor-patient communication barriers and enhancing patient satisfaction.

2. Medical Training and Skill Enhancement

Taking Woer’s 120-inch 8K touch integrated machine as an example, it features ±0.5mm high-precision touch and 40-point infrared touch technology, supporting simultaneous collaborative operation by 12 people. It can simulate practical scenarios such as surgical suturing and first-aid process annotation. With dual-system switching capability, it is compatible with professional medical software and multimedia courseware, providing an immersive training experience for medical staff and effectively reducing surgical risks and first-aid errors. Medical students can practice repeatedly on the touch screen via the simulation system, which automatically records and replays operation processes, greatly improving training efficiency.

3. Data Security and Scenario Adaptation

Models equipped with Kylin OS can realize local encrypted storage of patients' private data, strictly complying with the relevant requirements of the "Personal Information Protection Law" and eliminating the risk of data leakage. The whole machine is made of medical-grade antibacterial materials, easy to clean and disinfect, suitable for healthcare environments with high cleanliness requirements such as operating rooms and ICUs. Bedside terminals in wards can support electronic medical record retrieval and real-time vital sign entry, realizing full-process synchronous sharing of diagnosis and treatment information.

IV. Government Affairs and Public Services: Practicing "One Visit at Most" to Improve Service Efficiency

As core self-service terminals for handling affairs, touch integrated machines are widely deployed in government service halls, transportation hubs, community service centers and other scenarios. By simplifying procedures and reducing manual intervention, they effectively reduce government service costs, improve public service experience, and practice the reform concept of "One Visit at Most".

1. Self-Service in Government Service Halls

Approximately 27-inch models integrate full-process functions including business inquiry, online form filling, document scanning and uploading, and certificate printing, covering high-frequency government services such as social security, housing provident fund, taxation and civil affairs. The public can complete transactions independently without manual guidance, shortening the average handling time from 15 minutes to 5 minutes, reducing the number of people queuing at windows by 60%, and improving the overall efficiency of government services by 70%. Some terminals are also equipped with ID card readers and QR code scanners, enabling quick retrieval of personal information by swiping certificates, further simplifying operation steps and enhancing service convenience.

2. Transportation and Travel Services

23.8-55 inch touch integrated machines are deployed in transportation hubs such as high-speed rail stations, airports and bus terminals, supporting functions like train/flight inquiry, ticket booking and refund, and reimbursement voucher printing. Taking Shanghai Hongqiao Station as an example, such equipment handles over 100,000 passenger service requests daily, helping reduce operating costs by 35%. On-board touch terminals can provide route navigation, accurate station announcements and real-time passenger flow displays, reducing passenger inquiries and improving public travel convenience.

3. Community Convenience Services

Terminal equipment is installed in community activity centers and entrances, allowing residents to conveniently check property notices, pay water, electricity and gas fees, and book housekeeping services. Senior universities can use the equipment for health lectures, interest course displays and other activities. Community visitors can complete identity registration and courier inquiries via touch screens, enriching community service scenarios and enhancing residents’ sense of well-being and community governance efficiency.

V. Industrial Manufacturing: Building Intelligent Control Hubs to Empower Production Line Upgrade

Industrial-grade touch integrated machines, with core characteristics such as wide-temperature operation, oil and water resistance, and high stability, can perfectly adapt to complex workshop working conditions. As core terminals of MES (Manufacturing Execution System), they empower the intelligent upgrade of production lines.

As production line control terminals, they can real-time monitor equipment operating parameters and collect full-process production data. Workers can quickly adjust process parameters and access electronic operation manuals via touch control. Equipped with AI algorithms, they can provide early warnings of equipment failures, effectively reducing downtime losses by 35% and significantly lowering product defect rates. Meanwhile, they can serve as workshop information release terminals and industrial drawing viewing stations, supporting multi-person collaborative annotation, visual presentation of production data and real-time synchronization of operation guidelines. Industrial models from brands such as Bositer and Shifang support wide-temperature operation (-10℃ to 50℃), with an MTBF (Mean Time Between Failures) of 80,000 hours, capable of 7*24-hour high-intensity continuous operation and maintaining a stable equipment availability rate of 99.8%.

VI. Core Technical Support and Scenario Adaptation Key Points

The scenario-based application of touch integrated machines relies on in-depth collaborative adaptation of hardware and software. At the hardware level, mainstream commercial models adopt 10-point capacitive touch technology (response time ≤5ms, touch accuracy ±2mm), while resistive touch with stronger anti-interference capability is preferred for industrial scenarios. Screen sizes range from 15 to 120 inches, with 4K/8K UHD screens and over 95% DCI-P3 color gamut ensuring accurate image reproduction. In strong light environments, anti-glare glass and high-brightness design guarantee clear visibility. At the software level, the equipment is compatible with Windows, Android and domestic Kylin OS, supporting customized development of functional modules. Open API interfaces enable seamless integration with enterprises’ existing management systems to achieve data intercommunication and sharing.

Targeted selection is required for different industry scenarios to accurately meet needs: for medical and government affairs scenarios, priority should be given to ITI-configured, medical-grade antibacterial and easy-to-clean models to ensure data security and compliance; for retail and education scenarios, emphasis should be placed on touch interaction fluency, multimedia display capabilities and equipment compatibility; for industrial scenarios, the focus should be on enhancing equipment stability, adaptability to harsh environments and continuous operation capability to meet workshop working condition requirements.