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Display Selection Guide · Industrial & Commercial Projects

Touch vs Non-Touch Display

Choose the Display Interface That Fits What Your Users Need to Do

Compare touch and non-touch displays for equipment interfaces, self-service terminals, digital signage and OEM products. Review whether users need to enter commands or simply view information, then assess viewing distance, operating environment, software, durability, cost and integration requirements to choose a suitable display route.

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Interaction vs. Information DisplayUser Behavior & Viewing DistanceEnvironment & Durability ReviewCost & Integration Planning
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Two matching displays: direct touch selection on one screen and non-touch advertising content on the other
Customer uses a self-service ordering touchscreen beneath non-touch digital menu boards
The ordering screen supports direct selection; the overhead menu boards communicate information to viewers.

The Main Difference Is User Action

A touch display lets the user enter commands directly on the screen.A non-touch display presents information without a touch sensor; users may still operate the system through physical buttons, a keyboard, mouse, controller or another input device.Touch displays support direct interaction, such as selecting, browsing, ordering, confirming, controlling, searching or entering information.Non-touch displays mainly deliver content, such as advertising, public information, product messages, schedules, status data, videos or visual branding.
Core Line Choose touch for direct on-screen input; choose non-touch when viewing or another input method fits the workflow.

Touch Display vs Non-Touch Display

Factor Touch Display Non-Touch Display
Main purpose User interaction and control Content display and communication
Direct on-screen touch input Yes, with a compatible touch interface No touch input; other controls may still be used
Software requirement Interactive UI required Playback, signage or information content
Front structure More complex Usually simpler
Hardware cost Usually higher when adding touch to a comparable display Usually lower for comparable display and enclosure specifications
Maintenance Needs more surface cleaning and touch reliability review Usually easier
Best for HMI, kiosks, ordering, control panels, self-service terminals Signage, advertising, menu boards, public notices, video walls
Core Line Touch adds function, but it also adds cost, structure, software and reliability requirements.
Compare equivalent display configurations.

Cost and maintenance comparisons assume similar size, resolution, brightness, enclosure and operating conditions. Touch adds a sensor, controller and integration work, while the total system cost also depends on computing, software, mounting, protection and service requirements.

When to Choose Touch or Non-Touch

Touch Display

Choose a Touch Display When the Screen Must Support Direct User Operation

Touch can be useful when users need direct on-screen operation to:
  • Select options
  • Enter information
  • Control equipment
  • Confirm actions
  • Place orders
  • Check in
  • Search content
  • Navigate menus
  • Adjust parameters
  • Operate software
  • Interact with a self-service system
Best applications: industrial HMI control panels, industrial touch monitors, industrial all-in-one PCs, self-service kiosks, ordering terminals, ticketing machines, check-in systems, wayfinding terminals, smart vending machines, access control terminals and medical equipment interfaces.
Core Line Review touch when direct on-screen selection, input, control or navigation improves the workflow. Physical controls or other input devices may also be suitable.
Non-Touch Display

Choose a Non-Touch Display When the Screen Only Needs to Show Information

Non-touch is often better when users are expected to watch, read or notice the content, but not operate the screen directly.Best applications:
  • Digital signage displays
  • Advertising displays
  • Menu boards
  • Public information screens
  • Transportation information displays
  • Production status displays
  • Control room dashboards
  • Window-facing displays
  • Outdoor signage
  • Retail promotional displays
  • Brand video displays
  • Video walls
  • Transparent LED visual displays
  • Large-format commercial displays
Core Line If the viewer only needs to see the message, non-touch is usually simpler, cheaper and more reliable.

Touch and Physical Controls Can Work Together

Machine operator console combining touchscreen parameters with a selector, pushbuttons and separate stop control
Combine flexible on-screen menus with physical controls where the equipment workflow requires them.

A non-touch screen can support an interactive system when input comes from buttons, knobs, a keyboard or a separate controller. A touch interface can also complement those controls. Define machine safety controls separately rather than relying on the touchscreen alone.

Business Logic: Interaction vs Communication

Touch and non-touch displays create value in different ways. A touch display creates value through interaction. A non-touch display creates value through communication.

Touch Display Value

Touch displays are useful when interaction helps the user complete an action.Typical value comes from:
  • Faster ordering
  • Self-service operation
  • Reduced staff workload
  • Equipment control
  • Data entry
  • Product selection
  • Better user engagement
  • Guided operation
  • Service automation
  • Interactive product exploration
Touch displays are suitable when the screen is part of a workflow.

Non-Touch Display Value

Non-touch displays are useful when visibility and communication are the main goals.Typical value comes from:
  • Advertising exposure
  • Product promotion
  • Brand communication
  • Public information delivery
  • Menu display
  • Status communication
  • Schedule display
  • Visual impact
  • Lower hardware cost
  • Lower interaction maintenance
Non-touch displays are suitable when the screen is part of a communication system.
Core Line Touch displays convert users through interaction. Non-touch displays influence users through visibility.

Hidden Cost of Touch Displays

Touch function is useful, but it must be justified. A touch display is usually more complex than a non-touch display because it may require additional hardware, software and structure review.

  • Higher hardware cost
  • Touch sensor and controller integration
  • Cover glass requirement
  • More complex front structure
  • Software UI development
  • More frequent surface cleaning
  • Fingerprint and smudge issues
  • Public-use durability
  • Scratch and impact risk
  • Glove touch requirement
  • Wet-finger or water interference
  • Thick cover glass touch tuning
  • Outdoor touch reliability
  • More testing before deployment
  • Higher maintenance expectations
Core Line Do not add touch because it sounds advanced. Add touch when interaction creates real project value.

Common Touch Technology Options

The right touch technology depends on application, environment, glass structure and user behavior.

Projected capacitive touch panel
Projected Capacitive Touch

Modern Multi-Touch Front Glass

Projected capacitive touch is widely used in modern commercial, industrial and professional display applications.It is suitable when the project needs:
  • Multi-touch operation
  • Clean front glass design
  • Smooth touch feeling
  • Modern user interface
  • Kiosks and terminals
  • Industrial touch panels
  • Medical and laboratory interfaces
  • Commercial touch displays
Practical View Projected capacitive touch is usually the first choice for modern touch displays, but glove, water or thick glass requirements must be reviewed carefully.
Explore This Direction →
Resistive touch panel
Resistive Touch

Pressure-Based Touch for Selected Applications

Resistive touch may be useful for certain industrial or professional applications.It can be considered when the project needs:
  • Pressure-based touch
  • Stylus operation
  • Simple touch input
  • Some glove-use scenarios
  • Cost-sensitive equipment interfaces
  • Specific industrial control behavior
Practical View Resistive touch is not outdated when the application needs pressure-based operation or simple reliable input.
Explore This Direction →
Large-format infrared touch frame
Infrared Touch

Large-Format Interactive Display Option

Infrared touch can be used in some large-format interactive displays.It may be suitable for:
  • Large interactive displays
  • Education displays
  • Meeting displays
  • Some interactive signage
  • Large touch surfaces
Practical View Infrared touch can work for large screens, but it may not be the best option for sealed front panels, rugged equipment or compact industrial devices.
Explore This Direction →
Custom printed cover lens and touch front assembly
Custom Touch Glass

When Standard Touch Panels Cannot Fit

Custom touch glass is used when standard touch panels cannot fit the product structure.It may be needed for:
  • Custom size
  • Special cover glass thickness
  • Black border printing
  • Logo printing
  • Holes or cutouts
  • AG / AR / AF treatment
  • Optical bonding
  • Equipment front-panel integration
Practical View Custom touch glass is often the real solution when the project needs touch to fit the product structure, not only the LCD size.
Explore This Direction →
Sensor technology and front-panel customization are different choices.

Projected capacitive, resistive and infrared describe touch sensing approaches. Custom touch glass is an integration route around size, printing, glass, sensor and bonding requirements. Confirm glove, wet-finger and thick-glass operation on the selected configuration; touch behavior does not establish an enclosure protection rating.

Core Line The right touch solution depends on environment, user behavior, glass structure, software interface and production plan.

Touch vs Non-Touch by Application Scenario

The right choice depends on what the user needs to do with the display. Some displays are used for operation. Some displays are used for communication.

Self-service terminal hardware and peripherals

Self-Service Kiosks

Recommended: Touch DisplayUsers need to select options, enter information, confirm actions, complete orders, check in, print tickets or access services.Practical View: If the user must complete a process on the screen, a touch display is usually necessary.Explore the Related Direction →
Digital signage display hardware for content playback

Digital Signage Displays

Recommended: Non-Touch DisplayDigital signage is usually used for advertising, announcements, brand videos, menu content, public notices or information delivery.Practical View: If the display is only showing content, non-touch is usually simpler, cheaper and more reliable.Explore the Related Direction →
Industrial machine console with touch and physical controls

Industrial Control Panels

Recommended: Touch Display or Non-Touch Display + Physical ControlsIndustrial control panels should be selected based on operator workflow, safety requirement, glove use, cleaning method and working environment.Practical View: Touch should improve operation. It should not replace physical controls when safety or reliability requires them.Explore the Related Direction →
Industrial touch monitor connected to a separate host computer

Industrial Touch Monitor Solution

Recommended: Touch DisplayIndustrial touch monitors are used when the equipment already has an external PC, PLC or controller, but needs a rugged display and touch front interface.Practical View: Choose an industrial touch monitor when the host system is external and the front screen needs touch operation.Explore the Related Direction →
Laboratory equipment with a gloved touch interface

Medical and Laboratory Equipment

Recommended: Touch Display or Non-Touch DisplayThe correct choice depends on device workflow. Touch is useful for guided operation, parameter setting and clean front-panel design. Non-touch may be better for simple data display or status indication.Practical View: Medical and lab display interfaces should be selected according to workflow, cleaning requirement, precision and device-level validation needs.Explore the Related Direction →
Non-touch overhead menu boards above a self-service ordering kiosk

Restaurant Menu Boards

Recommended: Non-Touch DisplayRestaurant menu boards usually display prices, product images, promotions and menu information.Practical View: For menu boards, non-touch display is usually enough unless the screen is used as an ordering terminal.Explore the Related Direction →
Customer using an outdoor touchscreen ordering terminal

Ordering Terminals

Recommended: Touch DisplayOrdering terminals require users to choose products, customize options, confirm orders and sometimes complete payment-related steps.Practical View: Touch is a common way to complete an order directly on the screen; other input methods can also be used where appropriate.Explore the Related Direction →
Public interactive kiosk for navigation and service selection

Wayfinding Terminals

Recommended: Touch DisplayWayfinding terminals often require users to search locations, select routes, browse maps and navigate information.Practical View: If users need to search or navigate information, touch is usually valuable.Explore the Related Direction →
Outdoor display systems for visual communication

Outdoor Advertising Displays

Recommended: Non-Touch DisplayOutdoor advertising displays are usually viewed from a distance. The main goal is visibility, advertising exposure and message delivery.Practical View: For most outdoor advertising displays, brightness, weather protection and readability matter more than touch.Explore the Related Direction →
Retail storefront window-facing advertising display

Window-Facing Displays

Recommended: Usually Non-Touch DisplayWindow-facing displays are used to attract attention from outside a store, showroom or building.Practical View: High brightness and visibility are usually more important than touch.Explore the Related Direction →
Transparent retail showcase with visible products and digital content

Transparent Retail Showcases

Recommended: Touch or Non-Touch DisplayUse touch when customers need to explore product details, compare items or interact with the content. Use non-touch when the display only plays promotional videos, product highlights or brand content.Practical View: Transparent display should be selected based on whether the customer needs interaction or only visual communication.Explore the Related Direction →
Multi-screen video wall display hardware

Video Walls

Recommended: Non-Touch DisplayVideo walls are usually used for large-format content, monitoring, public information, corporate displays, command rooms or retail visuals.Practical View: For most video walls, content management, brightness, bezel, installation and reliability are more important than touch.Explore the Related Direction →
Core Line Touch is useful when the display is part of a workflow. Non-touch is better when the display is mainly used for visibility and communication.

Common Mistakes When Choosing Touch or Non-Touch Displays

Many projects choose the wrong display type because they start from preference instead of user behavior.

Mistake 1

Adding Touch When Users Only Need to Watch

Touch may look more advanced, but it is unnecessary if users only need to see information.Examples include: menu boards, advertising screens, public notice displays, transportation information screens, window-facing displays, brand video displays and large-format signage.
Better Approach If the display only needs to deliver content, choose non-touch unless interaction creates clear value.
Mistake 2

Choosing Non-Touch When Users Need to Operate

Some projects try to reduce cost by choosing non-touch, but later discover that users actually need direct operation.Examples include: ordering terminals, check-in systems, industrial HMI panels, equipment control interfaces, wayfinding terminals, medical or lab workflow interfaces and smart vending machines.
Better Approach If users need direct on-screen operation, review touch early; also consider whether physical buttons, a keyboard or another input method better fits the task.
Mistake 3

Ignoring Software UI Cost

Touch hardware alone is not enough. A touch display requires software that is designed for finger operation.This may include larger buttons, clear navigation, fast response, error prevention, user guidance, multi-language support, accessibility considerations, maintenance mode and admin interface.
Better Approach Choose touch only when the project is ready to support an interactive software interface.
Mistake 4

Using Consumer Touch Screens in Industrial Environments

Consumer touch screens may not be suitable for factories, equipment rooms, public terminals or demanding environments.Possible issues include weak front glass, poor glove support, poor water tolerance, shorter product lifecycle, limited mounting options, unstable long-term supply and inadequate enclosure structure.
Better Approach Industrial projects should use industrial touch monitors, industrial all-in-one PCs or custom equipment control terminals when reliability matters.
Mistake 5

Ignoring Cleaning, Fingerprints and Public Use

Touch surfaces are touched repeatedly. In public, medical, laboratory or industrial environments, the front surface must be reviewed for cleaning, fingerprints, scratches and long-term use.
Better Approach Review cover glass, AF coating, front structure, cleaning method and maintenance expectations before choosing touch.
Mistake 6

Adding Touch to Outdoor Displays Without Evaluation

Outdoor touch is possible, but it must be evaluated carefully. Outdoor touch may involve rain, water drops, gloves, strong sunlight, thick cover glass, temperature change, sealing structure, vandal resistance and touch controller tuning.
Better Approach For outdoor displays, first confirm whether users really need to touch the screen. If yes, review the full outdoor touch structure.
Mistake 7

Choosing Touch Only Because It Sounds More Advanced

Touch is not automatically better. If the business goal is advertising, branding, public messaging or visual impact, non-touch may be a better choice.
Better Approach Choose touch because it improves user action, not because it sounds modern.
Core Line The best display type is the one that matches user behavior, environment and project value.

Project Value: When Touch Is Worth the Cost

Touch function should create real project value. It is worth adding touch when interaction helps users complete a task, improves workflow, reduces staff workload or enables a function that cannot be achieved by viewing alone.

Touch Display Creates Value Through Action

Touch displays are valuable when they help users do something directly on the screen.
  • Self-service operation
  • Faster ordering
  • Easier check-in
  • Better user engagement
  • Product selection
  • Menu navigation
  • Equipment control
  • Parameter adjustment
  • Data input
  • Service automation
  • Reduced staff workload
  • Guided user workflow
Core Line Touch is worth the cost when the user action creates value.

Non-Touch Display Creates Value Through Visibility

Non-touch displays are valuable when they help viewers receive information quickly and clearly.
  • Lower hardware cost
  • Lower maintenance complexity
  • Easier content playback
  • Advertising exposure
  • Public information delivery
  • Menu display
  • Status communication
  • Brand visibility
  • Large-format visual impact
  • Better suitability for long-distance viewing
Core Line Non-touch is often better when visibility matters more than interaction.

How DisplayMan Helps Customers Choose

DisplayMan recommends touch or non-touch display based on application, user behavior and integration requirements — not only based on trend or appearance.

Before Recommending a Direction, We Usually Review

  • Application type
  • User behavior
  • Whether users need to operate the screen
  • Screen size
  • Viewing distance
  • Indoor, outdoor or industrial environment
  • Software interface requirement
  • Touch accuracy requirement
  • Glove, water or thick-glass touch requirement
  • Cover glass requirement
  • Brightness requirement
  • Mounting structure
  • Interface requirement
  • Maintenance expectation
  • Quantity and budget
  • OEM integration requirement

Depending on the Project, the Better Direction May Be

Core Line Correct display selection starts with what the user needs to do, not with whether touch sounds more advanced.

Related Solution Pages

This guide helps customers move from a simple question — “Do I need touch?” — to the right solution page.
Related Solution Page When to Choose
Industrial & Interactive Systems When the customer needs industrial touch, HMI, equipment interface or professional control terminal solutions
Industrial Touch Monitor Solution When the customer has an external PC, PLC or controller and needs display + touch only
Industrial All-in-One PC Solution When the customer needs display + touch + built-in computing for industrial operation
Industrial Equipment Control Terminals When the project needs a complete equipment operation interface with enclosure, I/O and control integration
Medical & Lab Display Interfaces When the display or touch interface is used in medical, laboratory or professional equipment
All-in-One Touch Display Solution When the project needs a commercial touch PC platform for kiosks, retail terminals or self-service systems
Custom Touch Glass Solution When the project needs custom touch panel, cover glass, printing, AG / AR / AF or optical bonding
Custom LCD Module Solution When the project mainly needs LCD module selection, customization, touch integration or replacement support
Outdoor & High Brightness Display Solutions When the project requires outdoor-facing visibility, high brightness or rugged display review
Transparent Display Solutions When the project involves transparent Micro LED, LCD, OLED or LED systems, with touch integration reviewed for the selected platform
OEM / ODM Display Engineering & Prototyping When the customer needs broader engineering review before final display selection
Core Line Touch vs non-touch is not only a feature decision. It often determines the whole hardware direction: signage display, touch monitor, all-in-one PC, control terminal or custom display assembly.

Related Product Pages and Capabilities

Touch and non-touch decisions may connect with many product directions. This section helps customers move from a feature decision to the right display, terminal, touch glass, controller or signage product path.

Product Route

If the project needs only content playback, start with Digital Signage Displays or Open Frame Digital Signage. If the project needs user interaction, start with Touchscreen All-in-One Terminals, Touch Screen TFT LCD Displays, Custom Touch Panels & Cover Glass, or the matching industrial solution page.

Product / Capability When It Helps
Digital Signage Displays When the project only needs advertising, information display or content playback
Open Frame Digital Signage When the display needs to be embedded into kiosks, cabinets, equipment or custom enclosures
Touchscreen All-in-One Terminals When the project needs a complete or semi-complete touchscreen terminal product category
Wall-Mounted Touch Terminals When the project needs a wall-mounted touch device for interaction or service
Floor-Standing Kiosks When the project needs a complete self-service or information kiosk
Touch Screen TFT LCD Displays When the project needs an LCD module with integrated touch
Industrial TFT LCD Displays When the display must support professional or equipment-level requirements
High Brightness TFT LCD Displays When visibility under strong light is important
Capacitive Touch Panels When the project needs modern projected capacitive multi-touch operation
Resistive Touch Panels When pressure-based touch, stylus operation or specific industrial behavior is required
Infrared Touch Frames When the project needs large-format touch integration for 32-inch and larger displays, interactive signage or transparent cabinets
Custom Touch Panel Glass When standard touch panels cannot fit the product structure
AG Cover Glass When glare reduction is needed
AR Cover Glass When reflection reduction and optical clarity are important
AF Cover Glass When fingerprints and cleaning are concerns
Optical Bonding Display Solution When readability, touch feeling and front structure need improvement
LCD Controller Boards When the project needs HDMI, LVDS, eDP, Android, Windows or other display signal support
FPC & Cable Assembly When cable length, connector direction, pinout or internal wiring must match the product structure
Core Line

A touch decision often affects display type, front glass, software, enclosure, controller, cable routing and maintenance planning.

Project Review Checklist

To recommend whether your project should use a touch display or a non-touch display, DisplayMan usually reviews the application, user behavior, environment, software requirement and integration structure.

Basic Project Information

  • Application type
  • Product category
  • Project country and city
  • New project, replacement project or product upgrade
  • Project stage: concept, design, prototype, sample validation, pilot run or production
  • Target quantity
  • Sample quantity
  • Target schedule
  • Budget range if available

User Behavior

  • Will users only view the display?
  • Will users need to operate the screen?
  • Will users select options?
  • Will users enter information?
  • Will users confirm actions?
  • Will users search or browse content?
  • Will users control equipment?
  • Will users interact frequently or only occasionally?
  • Is the display used by trained operators or the general public?
  • Is physical button control also required?

Display Requirement

  • Screen size
  • Resolution
  • Viewing distance
  • Landscape or portrait orientation
  • Brightness requirement
  • Indoor, semi-outdoor or outdoor-facing use
  • Viewing angle requirement
  • Content type
  • Operating hours per day
  • High-brightness requirement if any
  • Optical bonding requirement if any

Touch Requirement

  • Touch required or optional
  • Capacitive touch or resistive touch preference
  • Multi-touch requirement
  • Glove touch requirement
  • Wet-finger touch requirement
  • Stylus requirement
  • Touch accuracy requirement
  • Cover glass thickness
  • Public-use durability requirement
  • Cleaning method
  • Fingerprint concern
  • Water, dust, oil or dirt exposure

Software and Control Requirement

  • Interactive software required or not
  • Existing UI available or under development
  • Operating system
  • External PC, built-in computer or embedded system
  • Menu navigation requirement
  • Data input requirement
  • Equipment control requirement
  • Payment, ordering or check-in workflow if any
  • Admin or service interface requirement

Mechanical and Integration Requirement

  • Standalone display, embedded display or terminal structure
  • Mounting method
  • Enclosure structure
  • Front glass requirement
  • Cable routing
  • Interface position
  • Touch controller space
  • Maintenance access
  • Product drawing or installation photo if available
  • OEM appearance requirement

Environment and Reliability Requirement

  • Indoor, outdoor or industrial environment
  • Temperature and humidity condition
  • Strong light exposure
  • Dust exposure
  • Water or cleaning exposure
  • Vibration or shock condition
  • Public-use risk
  • Anti-glare requirement
  • Anti-reflection requirement
  • Anti-fingerprint requirement
  • Long-term supply expectation
Core Line Touch or non-touch should be selected according to user action, environment, software and integration requirement — not only display size.

DISPLAY PRODUCT FAMILY

Explore Display Products & Engineering Components

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FAQ

Is a touch display always better than a non-touch display? No. Touch is better when users need to interact with the screen. Non-touch is better when the display only needs to show content, advertising, information or visual messages.
When should I choose a touch display? Choose touch when users need to select, input, control, order, check in, search, navigate, confirm or operate software directly on the screen.
When should I choose a non-touch display? Choose non-touch when the screen is mainly used for advertising, menu display, public information, video playback, production status, transportation information or visual impact.
Does touch increase cost? Yes. Touch usually increases hardware cost, front glass complexity, touch controller integration, software UI requirements and maintenance considerations.
Does every kiosk need touch? Most self-service kiosks need touch because users must operate the screen. However, some information kiosks or advertising kiosks may only need non-touch display if no direct operation is required.
Does every industrial display need touch? No. Some industrial systems use physical buttons, switches, knobs or external control systems. Touch is useful when it improves HMI operation, parameter setting or data input.
Can touch displays be used outdoors? Yes, but outdoor touch requires careful review. Rain, gloves, sunlight, thick glass, sealing, temperature change and touch controller performance must be evaluated.
Can touch work with gloves? In many cases, yes. The final result depends on touch technology, controller tuning, cover glass thickness and glove material.
Can touch work with water on the screen? Wet-finger or water-resistant touch can be reviewed for some projects. It depends on touch controller design, glass structure, sealing and operating environment.
Can DisplayMan customize touch glass? Yes. DisplayMan can support custom touch panels, cover glass, black border printing, logo printing, holes, AG / AR / AF coating and optical bonding depending on the project.
Is non-touch better for advertising displays? Usually yes. If the main purpose is advertising, brand video, menu display or public information, non-touch is usually more cost-effective and easier to maintain.
What if I am not sure whether touch is needed? Start from the user workflow. If users need to do something on the screen, touch should be reviewed. If users only need to see information, non-touch is usually enough.

Start With the User Action

Touch is not automatically better. Non-touch is not automatically limited. The right choice depends on what the user needs to do.

If your project needs user operation, data input, equipment control, ordering, check-in or navigation, a touch display may be the right direction.

If your project only needs advertising, information delivery, product promotion, menu display or visual impact, a non-touch display may be more practical.

Send us your application, screen size, user behavior, environment, software requirement, interface requirement, installation structure and target quantity. DisplayMan can help review whether your project needs a touch display, non-touch display, touch monitor, all-in-one touch PC, equipment control terminal or custom display assembly.

The right display choice starts from user behavior, not from whether touch sounds more advanced.

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