A Horizontal Interactive Desk is a complete table-style touchscreen terminal designed for users to explore digital content from above or gather around the display as a shared interactive surface.
It combines a commercial LCD display, multi-touch system, computing platform, protective glass, horizontal enclosure, internal wiring, ventilation and desk structure into one interactive product.
For DisplayMan, this product belongs to Touchscreen All-in-One Terminals → Enterprise & Industrial Terminals.
Horizontal Interactive Desks are designed for tabletop exploration and shared interaction—not wall-mounted display, passive signage or a standard vertical kiosk.
| Product Direction | Typical Size | Best For | Key Difference |
|---|---|---|---|
| Compact Interactive Touch Desks | 32" / 43" / 55" | Small showrooms, education corners, retail counters and limited spaces | Smaller footprint and easier placement |
| 65" Interactive Desks | 65" | Museums, retail, schools and medium-size showrooms | Useful interaction area with lower cost than 75" |
| 75" Horizontal Interactive Desks | 75" | Multi-user interaction, exhibitions, real estate and showroom projects | Best balance of interaction area, visual impact, cost and usability |
| Large-Format Interactive Desks | 86" / 98" | Premium showrooms, planning rooms and large exhibition tables | Larger shared surface with higher glass, enclosure and logistics requirements |
| Android Interactive Desks | Project-based | Digital maps, media, product browsing and light interactive content | Built-in ARM system for cost-efficient applications |
| Windows Interactive Desks | Project-based | 3D visualization, GIS, real estate, simulation and enterprise software | x86 system for higher-performance applications |
| OEM Horizontal Interactive Desks | Project-based | Private-label brands, museums, exhibition companies and smart furniture projects | Custom enclosure, desk height, glass, system, UI and accessories |
For most real projects, 75" is the best large-format starting point. A 98" desk is usually the practical maximum for regular projects. A 110" desk should be treated only as a special evaluation because screen, glass, enclosure, packing and installation costs increase sharply.
Digital archives, historical maps, cultural storytelling, exhibit interaction and visitor education.
Master plans, floor plans, 3D community models, project videos and property comparison.
Company history, product lines, project cases, interactive brand stories and customer reception.
Product browsing, catalog exploration, configuration, membership and customer engagement.
Group discussion, digital maps, interactive learning, collaborative exploration and training content.
Booth engagement, product demonstrations, interactive storytelling and visitor participation.
Maps, dashboards, project planning, emergency planning and collaborative decision-making.
3D product review, technical explanation, configuration and customer presentation.
City maps, tourism guidance, hotel information and attraction exploration.
Custom interactive tables for furniture brands, integrators and themed commercial environments.
Suitable for compact demo tables, counters, education corners and close-view single-user interaction.
Suitable for smaller museums, retail experiences, showrooms and education projects.
Suitable for medium-size spaces and several users, but may provide less shared area than 75".
Provides the best balance of multi-user surface, visual impact, enclosure size, logistics and budget.
Suitable for large exhibition, planning and premium showroom projects with adequate space and budget.
Can be reviewed technically, but is not recommended as a standard product due to total project cost and installation difficulty.
Large desks also require larger glass, stronger support, more internal space, wider packing, heavier lifting and a realistic path through doors and elevators.
Suitable for precise gestures, premium appearance and responsive direct interaction on selected desk sizes.
Can be considered for selected large-format desks where the edge structure and enclosure can support an infrared frame.
Touch-point count, simultaneous users, gesture support and application behavior depend on the controller, operating system and software.
Protects the display and touch assembly from repeated contact, cleaning, objects and accidental impact.
Reduces ceiling-light reflections that can be especially noticeable on an upward-facing horizontal surface.
Improves contrast and premium visual appearance in controlled showroom and museum environments.
Helps reduce visible fingerprints and supports easier cleaning in high-traffic public use.
Can reduce internal reflection and improve visual depth for selected premium projects, subject to size and feasibility.
Glass thickness, supported span, edge support, touch sensitivity, impact expectation and whether users may lean or place objects on the surface must be defined before the final design.
Suitable for media playback, digital maps, catalogs, simple interactive content and cost-efficient applications.
Suitable for project-specific embedded software, stable exhibition applications and controlled system images.
Suitable for 3D visualization, GIS maps, real estate software, simulations and high-performance custom applications.
3D models, high-resolution maps, multi-user content, video walls, sensors and real-time data may require a stronger Windows computer than ordinary Android content browsing.
| Function | Typical Use | Important Confirmation |
|---|---|---|
| Wi-Fi | Cloud content, application updates and flexible indoor deployment | Antenna position, metal enclosure shielding and network policy |
| Ethernet | Stable museum, showroom and enterprise network connection | Cable entry, floor outlet, service access and site network |
| 4G | Temporary exhibition or remote sites without fixed network | Frequency bands, SIM access, antenna and local approval |
| HDMI | External computer, media player or presentation source | Input or output direction, resolution and connector access |
| USB | Touch, storage, camera, scanner and service devices | Quantity, version, host mode and protected access position |
| RS232 / RS485 | External equipment, sensors and project-specific control | Protocol, voltage, isolation, connector and software driver |
| NFC | Membership, exhibit activation and identification | Reader position, frequency, protocol and application integration |
| Camera | Visitor interaction, document capture or selected recognition functions | Position, angle, privacy, lighting and software access |
| Microphone / Speakers | Audio prompts, media, voice and presentation | Acoustic openings, echo, pickup distance and volume |
Suitable for museums, showrooms and public spaces where users stand around the desk for short interactions.
Suitable for education, planning and longer collaborative sessions using chairs around the desk.
Creates a true table-like experience for maps, planning and shared exploration, but may increase ceiling-light reflections.
A slight angle can improve viewing and reduce glare for single-side or front-facing use, but changes the multi-user experience.
Screen dimensions, controls and software layout should allow intended users to reach important areas without excessive leaning.
Knee clearance, table height, edge design and interface layout should be reviewed for the intended public environment.
Rounded corners, glass edge protection and stable supports improve safety in public and education spaces.
Surface cleaning, anti-removal hardware, cable protection and stable floor contact should be considered.
The upward-facing LCD and glass require a rigid frame that limits deformation and protects the display surface.
Backlight, mainboard, Windows PC and power supply need a defined ventilation path inside the desk enclosure.
The design should define whether users may lean, place brochures or set light objects on the surface.
Power and Ethernet may enter from the floor, wall or furniture structure and should remain protected from users.
Access doors or removable panels should allow maintenance of the computer, power supply, touch controller and connectors.
Leg position, base width, total weight and user leaning force should be considered for a stable public installation.
Large desks may use removable legs, separate glass packaging or sectional enclosure construction to reduce logistics risk.
Large 75"–98" desks require qualified handling, enough doorway width and a planned final assembly sequence.
The LCD, touch, glass, enclosure, heat, service access, cable layout, transport and user behavior must be designed as one complete product.
Final specifications depend on size, touch solution, glass, system platform, software, enclosure, environment and quantity.
| Item | Project Direction |
|---|---|
| Screen Size | 32" / 43" / 55" / 65" / 75" / 86" / 98" |
| Most Recommended Size | 75" for most commercial multi-user projects |
| Practical Maximum | 98" for regular commercial applications |
| Special Size | 110" may be reviewed as a special project but is not a standard recommendation |
| Resolution | Full HD or 4K depending on size and configuration |
| Touch | Projected capacitive touch or selected infrared touch |
| Touch Points | Multi-touch options depending on controller, system and software |
| Operating System | Android, Linux or Windows |
| Network | Wi-Fi, Ethernet or selected 4G |
| Interfaces | USB, HDMI, RS232, RS485 or project-specific interfaces |
| Audio | Built-in speaker option |
| Smart Functions | NFC, camera or microphone depending on project |
| Glass | Tempered cover glass, custom touch glass, optional AG, AR or AF treatment |
| Structure | Freestanding desk, fixed table, angled table or custom exhibition furniture |
| Environment | Standard products are indoor; outdoor projects route to Outdoor Touch Displays |
| OEM | Desk height, angle, color, logo, UI, interface layout, packaging and accessories |
| Factor | Horizontal Interactive Desks | Interactive Flat Panels | Wall-Mounted Touch Terminals | Floor-Standing Kiosks |
|---|---|---|---|---|
| Product Form | Table-style horizontal touchscreen terminal | Vertical collaboration display | Wall-mounted application terminal | Vertical freestanding terminal |
| Main Purpose | Maps, product exploration, exhibitions and shared tabletop interaction | Meetings, teaching, writing and collaboration | Fixed business application operation | Signage, wayfinding and self-service |
| User Position | Above or around the desk | In front of the screen | In front of the wall | In front of the kiosk |
| Touch | Core function | Core function | Core function | Optional or workflow-based |
| Enclosure | Desk or furniture enclosure | Display housing | Wall-mounted housing | Standing enclosure and base |
| Mainstream Large Size | 75" | 75" | 75" | 75" |
| Practical Maximum | 98" | 98" | 98" | 98" |
Choose Horizontal Interactive Desks.
Choose Interactive Flat Panels.
Choose Floor-Standing Kiosks.
Maps, museum content, real estate, product configuration, education, planning or another tabletop workflow.
Choose 32"–55" for compact use, 65" for medium use, 75" for most projects and 86"–98" for premium large spaces.
Touch method, touch points, glass treatment, expected public use and whether users may lean or place objects on the surface.
Android for light content, Linux for controlled embedded applications and Windows for 3D, GIS and enterprise software.
Standing or seated use, flat or angled surface, furniture appearance, stability, cable entry and service access.
Crate size, glass packaging, doorway width, elevator, lifting, local assembly, power, network and final floor position.
| Stage | Main Work | Output |
|---|---|---|
| 1. Requirement Review | Application, users, size, touch, software, desk height, glass, environment and quantity | Recommended product direction |
| 2. Display and System Architecture | LCD, touch, computer, memory, network, interfaces and audio | Confirmed electrical configuration |
| 3. Mechanical and Glass Engineering | Frame, enclosure, legs, glass support, height, angle, ventilation, cable route and service access | Mechanical drawing and installation concept |
| 4. Software Integration | Android, Linux or Windows application, touch orientation, multi-user behavior and startup | Working software image or integration plan |
| 5. Sample Validation | Touch, glass, structure, software, heat, user reach, stability, interfaces and packaging | Approved sample and change list |
| 6. Batch Production | BOM control, software loading, assembly, aging, inspection and modular packaging | Consistent OEM desk batch |
| Project Area | DisplayMan | Customer / Software Team | Local Installer / Site Team |
|---|---|---|---|
| Display, Touch and Computer | Supply agreed hardware platform | Confirm application performance and software requirements | Receive and protect equipment during installation |
| Interactive Software | Support agreed system compatibility | Provide, license, test and maintain application | Support network and site commissioning |
| Desk Enclosure and Glass | Supply agreed structure and drawings | Confirm appearance, height and user workflow | Verify floor location, access and final assembly |
| Power and Network | Define device-side requirements | Confirm network policy and server requirements | Provide compliant power, cabling and site network |
| Transport and Lifting | Provide dimensions, weights and packing direction | Confirm delivery address and site access | Provide local unloading, lifting and assembly |
| Public Safety and Local Approval | Provide agreed product information | Confirm project requirements | Verify final stability, floor condition and local installation compliance |
Standard Horizontal Interactive Desks are indoor products. Storefront windows, direct sunlight, semi-outdoor exposure and outdoor use require separate review of target brightness, reflection, touch behavior, glass temperature, enclosure sealing, drainage, condensation, ventilation, corrosion and floor installation.
Use High Brightness Displays as the main environmental route. For direct outdoor interaction, continue to Outdoor Touch Displays.
A Horizontal Interactive Desk is a complete table-style touchscreen terminal that combines a commercial display, touch system, computing platform, protective glass, enclosure, ventilation and desk structure for interaction from above or around the table.
Interactive Flat Panels are normally vertical displays for meetings, teaching, writing and presentation. Horizontal Interactive Desks are designed for tabletop exploration, maps, product comparison, exhibitions and multi-user interaction around a horizontal surface.
A Wall-Mounted Touch Terminal is fixed vertically to a wall for application operation. A Horizontal Interactive Desk is built into a freestanding or fixed desk structure and is operated from above.
A Floor-Standing Kiosk normally presents a vertical screen for signage, wayfinding or self-service. A Horizontal Interactive Desk presents a table-like touch surface for shared exploration and collaborative use.
Common project sizes include 32, 43, 55, 65, 75, 86 and 98 inches.
For most commercial Horizontal Interactive Desk projects, 75 inches is the most practical starting point because it provides a large shared touch surface with better cost, handling and installation acceptance than 86 or 98 inches.
A 65-inch desk can work in medium-size spaces, but 75 inches usually provides a better multi-user surface and stronger visual impact for museums, showrooms, real estate and exhibition projects.
Yes. 86-inch and 98-inch versions can be reviewed for premium showrooms, large exhibition spaces, planning rooms and high-budget projects.
For regular commercial projects, 98 inches is generally the practical maximum because the glass, enclosure, packing, transportation, lifting and installation become significantly more demanding above this size.
A 110-inch product can be reviewed as a special project, but it is not recommended as a standard option because screen cost, glass, enclosure, logistics and installation are difficult for most projects.
Projected capacitive touch is suitable for premium direct interaction and precise gestures. Infrared touch can be reviewed for selected large-format structures. The final choice depends on size, glass, edge structure, user experience and budget.
Yes, multi-touch and multi-user operation can be supported depending on the touch controller, operating system and application software. The required number of simultaneous users should be defined before sample production.
Yes. Android is suitable for media, maps and light interactive applications; Windows is suitable for 3D, GIS, real estate and enterprise software; Linux can be used for controlled embedded applications.
Yes, subject to platform compatibility. The software type, graphics requirement, touch points, orientation, startup behavior, drivers and update responsibility should be confirmed before the hardware platform is finalized.
Yes, provided that the selected Windows or other computing platform has enough CPU, GPU, memory and storage for the software and content.
Yes. Desk height, surface angle, enclosure dimensions, leg structure, access doors, interface position and furniture appearance can be reviewed for OEM projects.
Tempered cover glass is commonly used. Anti-glare, anti-reflection, anti-fingerprint coating, custom printing and selected optical bonding can be reviewed according to lighting, cleaning, touch and durability requirements.
The enclosure should provide a defined airflow path, ventilation openings, internal spacing and service access. Display backlight, computer power and room temperature must be considered together.
Standard Horizontal Interactive Desks are indoor products. Outdoor or semi-outdoor projects require a separate high-brightness, sealed, thermal and drainage design and should use the Outdoor Touch Displays product route.
Depending on size and structure, the display module, glass, legs and enclosure may be packed as one assembly or multiple sections. Door width, elevator access, lifting path, local manpower and final assembly should be confirmed before shipment.
Please provide screen size, application, number of users, touch requirement, operating system, software type, desk height, surface angle, glass requirement, installation environment, interface requirements, quantity, destination and project schedule.
Screen size, touch method, software, computing platform, desk height, viewing angle, glass, ventilation, cable layout, service access, transport method and installation responsibility should be confirmed before sample production.
Send us the application, screen size, number of users, touch requirement, operating system, software type, desk height, surface angle, glass requirement, interfaces, environment, quantity, destination and target schedule.
For most real projects, 75" is the best starting point. DisplayMan can also review 32", 43", 55", 65", 86", 98" and special OEM requirements.
Horizontal Interactive Desk projects require the screen, touch, glass, computing platform, enclosure, heat, cable layout, transport and software to be confirmed as one complete product.
Please share your application, display size, quantity and project background. We will review the most practical display direction.
