MAXHUB Mobile Stand ST23G in Dubai, UAE
The MAXHUB ST23G Mobile Stand is a commercial mobile support frame engineered to carry large-format displays in spaces where flexibility, safe positioning, and repeatable room reconfiguration matter. MAXHUB documents a 100 kg maximum load, support for 55 to 98 inch display sizes, an 800 × 600 mm VESA hole pitch, and a 1205 × 639 × 1605 mm assembled footprint for the ST23G reference model.
For procurement teams in Dubai and across the UAE, the stand can reduce dependence on permanent wall installation and make shared display assets easier to deploy between meeting rooms, classrooms, training floors, temporary project areas, event spaces, and multi-purpose facilities. Final fit must always be validated against the exact display model, mounting interface, total weight, room access path, and installation hardware.
Procurement Snapshot
Brand: MAXHUB
Reference model: ST23G
Category: Mobile display stand
Target environments: Meeting, learning, training, project and event spaces
Power: No electrical input required for the stand itself
Project note: Screen compatibility and mounting hardware must be validated before order.
Quick Procurement & Configuration Matrix
MAXHUB, commercial collaboration and display ecosystem.
ST23G reference configuration used for the specifications on this page.
Floor-standing mobile support system for compatible large-format displays.
Shared-room mobility, training, collaboration, temporary deployments and flexible learning spaces.
100 kg maximum load and 55–98 inch manufacturer-documented display size range for ST23G.
Mechanical stand requires no power. Display, OPS and peripherals retain their own electrical requirements.
Dubai, Abu Dhabi, Al Ain, Sharjah, Ajman and other UAE locations subject to quotation and logistics confirmation.
Confirm current warranty scope, handling exclusions and regional support terms at quotation stage.
Executive Product Architectural Overview
Large interactive displays have become shared operational tools rather than fixed presentation surfaces. A board used for an executive briefing at 9:00 may be needed for a project workshop at 11:00, a remote meeting after lunch, and an employee training session later the same day. In buildings where every screen is permanently wall mounted, that flexibility is lost: the room must move to the display rather than the display moving to the room. The MAXHUB ST23G Mobile Stand addresses that physical infrastructure constraint by turning a compatible large-format screen into a movable collaboration asset. The stand itself is not a computing platform and does not alter display resolution, touch latency, camera performance, microphone processing, or application capability. Its architectural role is mechanical: it creates a stable floor-supported carrier with casters, a large VESA interface and a frame sized for substantial commercial displays.
For the ST23G, MAXHUB lists assembled dimensions of 1205 × 639 × 1605 mm, a net weight of 32.5 kg, a gross packaged weight of 34.2 kg, a 100 kg maximum load, a supported display-size range of 55 to 98 inches, 2.5 inch casters, black finish and an 800 × 600 mm VESA hole pitch. Those figures matter because display mobility is fundamentally a load-path and fit problem. Screen diagonal alone is not enough to confirm compatibility. Two 86 inch products can have very different chassis weights, rear mounting locations, protrusions, center-of-gravity positions and accessory loads. Procurement therefore has to validate the exact display model and its mounting pattern rather than treating the advertised size range as an automatic guarantee of fit.
In enterprise architecture terms, a mobile stand belongs to the facilities-and-endpoint boundary. It influences where digital collaboration can be delivered, how quickly rooms can be reconfigured, how often specialized installation work is required, and how much value an organization can extract from each display. A fixed display is optimized for a permanent room. A mobile display can support flexible spaces, leased premises, temporary offices, classrooms with changing layouts, hotel breakout rooms, exhibition zones, training labs, command rooms that need temporary overflow screens, and project teams that rotate across spaces. This does not mean mobility is always superior. A fixed wall installation remains preferable when the room is permanent, sightlines never change, access must be tightly controlled, or local building rules require a specific anchoring method. The ST23G is most valuable when organizations have a clear need to redeploy the display within controlled indoor environments.
For UAE deployments, environmental planning also matters. MAXHUB documents an operating temperature range of 0°C to 40°C and operating humidity of 10% to 90% RH for the ST23G, with a storage temperature range of −20°C to 40°C and storage humidity of 10% to 90% RH. These are manufacturer figures for the stand, but the attached display and computing modules may have different limits. Air-conditioned offices, schools, meeting rooms and hospitality venues will generally be evaluated against the more restrictive requirement of the complete installed system. The stand should not be treated as weatherproof outdoor equipment simply because it is mechanically robust.
The biggest architectural benefit is optionality. Instead of installing a display in a location that may later become unsuitable, an organization can preserve the ability to reposition it as teams, furniture and room functions evolve. That can be helpful during office fit-outs, phased relocations and pilot deployments where the final collaboration-room design is not yet fixed. The stand can also serve as a controlled transition path: a display may operate on the mobile frame during an initial rollout, then be permanently mounted later if the room proves stable. This can reduce premature infrastructure commitments and keep expensive AV endpoints productive during construction or remodeling.
FourTeck’s pre-sales role in this kind of purchase is therefore less about selecting a “better stand” in isolation and more about validating the system relationship: display size and mass, VESA geometry, mounting hardware, room path, lift dimensions, doorway widths, floor transitions, cable strategy, camera or soundbar placement, OPS or external PC usage, and the practical movement pattern expected by users. A properly specified mobile stand is a small piece of hardware that can have a disproportionate influence on how usable the overall collaboration investment becomes.
Enterprise Business Value & ROI Benefits
Room Utilization
A mobile display can be scheduled where it is needed rather than being stranded in a single underused room. This is particularly useful when a business has more meeting spaces than premium interactive displays. Instead of duplicating a high-value screen for every room, selected teams can share a device across controlled nearby areas, subject to safe movement procedures and availability planning. The financial benefit comes from improving utilization of existing assets, not from an assumption that one mobile screen can replace every fixed installation.
Deployment Flexibility
Wall installation can involve drilling, load assessment, landlord approval, concealed cabling and room downtime. A mobile frame reduces those dependencies for appropriate use cases. Businesses occupying leased offices or temporary project sites can introduce large displays with less permanent modification. This can shorten the path from delivery to usable collaboration space, although assembly, mounting and electrical safety still need professional attention.
Change Management
Office layouts evolve. Teams merge, training rooms become meeting rooms, and project zones expand or disappear. A mobile stand protects against some of that uncertainty by allowing the display to follow the business requirement. This helps procurement avoid locking a screen into a room whose purpose may change before the display reaches the end of its service life.
Operational Reliability
The ST23G is intentionally simple. It has no operating system, battery, network stack or firmware that can become obsolete. Its operational reliability depends on mechanical integrity, correct assembly, appropriate loading, caster condition and disciplined movement. This simplicity can make lifecycle planning straightforward: periodic inspection is primarily physical rather than software-driven.
Energy Efficiency
The stand itself consumes no electricity. It therefore introduces no ongoing electrical load beyond the display and attached peripherals already required for the collaboration system. In projects where sustainability reporting is important, this distinction is useful because mobility does not require a powered lifting mechanism on the ST23G reference model.
Business Continuity
If a room becomes unavailable because of maintenance, reconfiguration or an event, a mobile display can be relocated to another suitable area. It cannot resolve a display hardware failure, but it can reduce dependency on one physical room. This provides a modest continuity advantage for training, workshops and meetings that rely on a shared large-screen endpoint.
Return on investment should be measured using avoided fixed-installation work, increased screen utilization, reduced need for duplicate displays, and the value of faster room reconfiguration. Buyers should not assume an automatic saving. Where a display never needs to move, a wall mount may be simpler and more space-efficient. The strongest business case exists when the organization can identify recurring movement between rooms, temporary space usage, seasonal or event-driven layouts, or uncertainty around the final room design.
Hardware & Technical Architecture Highlights
Unlike an active AV device, the MAXHUB ST23G has no processor, memory bus, network interface or embedded software stack. Its technical architecture is mechanical and should be evaluated accordingly. The important engineering questions are how the display load is transferred through the mounting interface into the vertical frame, how the base footprint manages stability, how caster geometry influences movement, and whether the assembled system can be safely transported through the intended environment. The documented 100 kg maximum load is the upper boundary for the supported load, not a planning target. A deployment should retain practical margin for the display, any mounting accessories, camera assemblies, accessory shelves or other permitted components, while observing manufacturer instructions for the complete solution.
The 800 × 600 mm VESA hole pitch is a key interface point. VESA mounting geometry describes the spacing of the threaded mounting points on the display chassis. However, matching the nominal hole pattern is only one part of compatibility. The mount hardware must use the correct screw diameter, thread engagement, spacer arrangement and bracket position for the actual display. Rear-chassis recesses, connector locations and protrusions can affect how the screen sits on a mount. The safest procurement workflow is to compare the exact MAXHUB display datasheet and installation documentation with the stand’s mounting system before purchase.
The 1205 mm length and 639 mm width establish a base footprint that buyers must account for in floor plans and circulation routes. A mobile display consumes more floor area than a wall-mounted screen because stability requires a supporting base. In a training room this may be acceptable and even desirable because the screen can be brought closer to participants. In a narrow boardroom or corridor, the footprint can become a constraint. Door thresholds, carpet transitions, elevator doors and turning radii should be reviewed before a team assumes the stand can move freely between floors or buildings.
The 2.5 inch casters are the movement interface. Caster diameter affects how the stand handles small floor transitions, but no mobile display system should be pushed rapidly or over unsuitable surfaces. Movement procedures should consider the screen’s height and center of gravity. The display should be moved only within the manufacturer’s guidance, with cables disconnected or safely managed and the route cleared. Users should not pull on the screen panel itself as a steering handle. For regular enterprise movement, facilities or AV teams may want a simple operating procedure covering who is authorized to move the unit, how routes are checked, and where the display is parked when not in use.
Thermal architecture is effectively passive because the stand generates no heat. Cooling requirements are therefore determined by the display, OPS module, external PC and other electronics. Similarly, power redundancy does not apply to the stand itself. If the attached display is used for mission-sensitive applications, electrical resilience must be designed separately through suitable power conditioning or UPS equipment. The absence of active electronics is a benefit for maintenance, but it also means the stand does not provide powered height adjustment, automated positioning or electronic locking functions. Buyers needing motorized vertical movement or tilt should evaluate a different stand class and confirm its specific load and display-size limits.
Definitive Technical Specifications Table & Sizing Notes
| Specification | MAXHUB ST23G Reference Value | Procurement Interpretation |
|---|---|---|
| Product type | Mobile display stand | Mechanical support platform; no embedded compute or powered lift. |
| Assembled dimensions | 1205 × 639 × 1605 mm | Use for floor-space, doorway, lift and storage planning. |
| Packaged dimensions | 1558 × 920 × 145 mm | Important for receiving-area, transport and staging preparation. |
| Net weight | 32.5 kg | Stand-only manufacturer figure before the display is installed. |
| Gross weight | 34.2 kg | Packaged transport weight documented by MAXHUB. |
| Maximum load | 100 kg | Do not exceed; verify total installed load and retain sensible engineering margin. |
| Maximum load size | 55–98 inch | Screen diagonal range is guidance, not a substitute for exact mounting validation. |
| Caster size | 2.5 inch | Assess floor transitions, route quality and movement procedures. |
| Color | Black | Neutral commercial finish documented for ST23G. |
| VESA hole pitch | 800 × 600 mm | Confirm exact screen pattern, screws, spacers and bracket geometry. |
| Included accessories | Screw accessory package ×1; installation guide ×1 | MAXHUB states wall mount bracket: No; display bracket: No in the ST23G datasheet. |
| Operating temperature | 0°C to 40°C | Use the strictest environmental limit across stand, display and peripherals. |
| Operating humidity | 10% to 90% RH | Indoor environmental reference; condensation and outdoor exposure require separate consideration. |
| Storage temperature | −20°C to 40°C | Storage planning should also follow limits of the attached display if stored as an assembled system. |
| Storage humidity | 10% to 90% RH | Avoid uncontrolled environments that exceed the complete system’s permitted conditions. |
Sizing should start with the exact display rather than the stand. Record the display model, diagonal size, net weight, VESA pattern, rear chassis layout and any accessories fixed to the screen. Then compare those details with the ST23G limits and installation guidance. A 98 inch screen that is within the listed diagonal range may still require special handling because physical width, weight distribution and access-route clearance become more demanding at that scale. The stand’s own 32.5 kg mass must also be included when evaluating elevators, raised floors or transport procedures.
Configuration details can change by manufacturing revision or regional packaging. MAXHUB notes in its datasheet that actual product appearance, size and weight can vary because of configuration and manufacturing processes. For that reason, treat this table as a reference for ST23G V1.2 and ask FourTeck to confirm the exact supplied model, current documentation and compatible display before final procurement approval.
Configuration, Sizing & Deployment Workbench
1. Confirm the Exact Display and Load
Start with the display’s manufacturer model number, not only its screen size. Obtain the display net weight and add any permitted camera, soundbar, PC module enclosure, shelf or mounting accessory that contributes to the stand’s load. The ST23G maximum load is 100 kg. Procurement should not design to the absolute limit if accessory scope may change later. Confirm that the complete installed combination remains within all published constraints.
2. Validate Mounting Geometry
Compare the display’s VESA pattern and mounting-hole positions with the ST23G’s 800 × 600 mm hole pitch reference and the actual supplied mounting components. Check screw type, thread depth, spacers and rear-panel clearances. If a display uses a different mounting geometry, do not assume an adapter is acceptable without explicit compatibility confirmation.
3. Plan Movement Routes
Measure door widths, lift entrances, corridor turns, thresholds and storage zones. The assembled stand footprint is 1205 × 639 mm before considering the width and depth of the installed screen. Very large displays can exceed the base width substantially. A route that looks adequate for the stand alone may be too narrow once the screen is mounted. Identify where cables will be disconnected and where the system can be parked without obstructing emergency or circulation paths.
4. Consider Users and Session Volume
The stand has no user-count limit in the software sense, but the audience size influences display selection, viewing distance and room layout. A 55 inch screen may be suitable for a compact huddle or classroom zone while larger rooms may require 75, 86 or 98 inch displays. Mobility is useful only when the chosen screen remains practical for the spaces between which it will move.
5. Design Network and Storage Around the Display, Not the Stand
The ST23G has no network port and no storage subsystem. If the attached MAXHUB display or OPS computer uses cloud collaboration, local media, video conferencing or device management, network throughput and storage requirements belong to those components. A mobile deployment may need Wi-Fi coverage in every destination room or accessible wired connections positioned so that cables do not create trip hazards.
6. Review License and Platform Terms
A mechanical stand requires no license. However, collaboration software, device management, conferencing services and operating-system modules associated with the attached display may carry separate subscription or account requirements. Confirm these items at solution level so the project is not delayed by a missing platform entitlement after hardware delivery.
7. Plan Electrical and Environmental Conditions
The stand consumes no power, but the display needs a safe electrical source in every destination. Consider cable reach, floor boxes, extension restrictions, UPS policy and power isolation. MAXHUB lists 0°C to 40°C operating temperature and 10% to 90% RH operating humidity for ST23G; the screen may have narrower limits. Use the most restrictive specification across the installed system.
8. Establish Ownership and Inspection
Mobile equipment benefits from clear ownership. Define who can move the display, who checks fasteners and casters, how damage is reported and where the system is stored. A short inspection checklist can prevent a minor loose component from becoming a larger safety or availability issue. The goal is not to create unnecessary process, but to protect a high-value display that is intentionally moved more often than a fixed installation.
Industry Use Cases & Workload Scenarios
Banking & Finance
Financial institutions can use a mobile collaboration display for internal training, project war rooms, compliance workshops and temporary executive briefings. Mobility is valuable when confidential sessions rotate between controlled rooms. Security still depends on the display, connected PC, network and room-access policies; the stand itself contributes physical flexibility rather than cyber controls.
Healthcare
Administrative areas, teaching hospitals and clinical training facilities may need large screens in simulation rooms, education spaces and multidisciplinary meeting zones. A mobile stand supports changing room functions without permanent wall installation. Buyers should follow site infection-control, cleaning, access and equipment-movement procedures applicable to the environment.
Government & Public Sector
Government offices can use mobile displays for committee sessions, training programs, temporary project offices and citizen-service workshops. Procurement should document exact model compatibility, warranty terms and the intended movement process so facilities teams understand the system lifecycle after handover.
Logistics & Operations
Warehousing and logistics organizations may deploy a mobile screen in planning rooms, shift briefings, control-room overflow spaces or training areas. The ST23G is intended for suitable indoor conditions; industrial floor quality, dust exposure and transport paths should be assessed before assuming ordinary office mobility practices will translate directly to warehouse environments.
Retail & Hospitality
Retail headquarters, hotel conference facilities and training centers can move a large screen between workshops, breakout rooms and staff-development sessions. The stand can also support temporary event layouts where wall mounting is impractical. Public-facing deployments need additional consideration for supervision, cable routing and physical stability in high-traffic areas.
Education
Schools, universities and training institutes often have multipurpose classrooms and labs. A mobile screen can serve several spaces during phased rollouts or timetable changes. Education buyers should consider who is allowed to relocate the system and whether the intended route includes ramps, thresholds or crowded corridors that warrant supervised movement.
Across these sectors, the most appropriate workload is not a digital application but a physical operating pattern: the display needs to change locations. If that pattern is genuine and recurring, a mobile stand can create measurable practical value. If the display is expected to remain in one room for years, a fixed mount may offer a cleaner footprint and lower movement risk. FourTeck can help compare those deployment models using room drawings, display specifications and project constraints.
Technical Feature Deep Dive 1: Load Handling, Mobility & Workspace Performance Architecture
For a mobile stand, “performance” is expressed as safe, predictable mechanical behavior rather than processing speed. The ST23G must support the static mass of a large display and remain practical when that load is relocated within the intended environment. MAXHUB’s 100 kg maximum-load figure provides the first boundary, while the 55–98 inch size range provides a second. Neither figure should be used alone. Mass, geometry and center of gravity interact. A lighter 98 inch display may be within the load rating but still require more route clearance and more careful handling than a compact 65 inch panel because the screen is physically wider and can be more sensitive to directional forces while moving.
The base footprint of 1205 × 639 mm influences both stability and usability. A larger base occupies floor area but creates the platform from which the tall display structure is supported. In procurement reviews, floor space is sometimes evaluated only after the screen is selected. That sequence can produce awkward outcomes when furniture, doors and table positions leave too little clearance for the stand. A better method is to place the full stand-and-screen envelope on the room plan at expected viewing positions and at parking positions. This reveals whether users can still circulate and whether the screen can approach the meeting table closely enough to be useful.
The 2.5 inch caster size should also be interpreted through the actual building. Smooth office flooring creates a very different movement profile from thick carpet, cable protectors or raised thresholds. Even when casters can physically pass over a transition, the display’s elevated center of mass means sudden stops should be avoided. Teams should clear the route first, disconnect power and data cables, and move the stand deliberately. A mobile stand should not be treated like a light office chair simply because it has wheels. The attached display can represent a substantial portion of the total system weight and value.
Workload throughput, in this context, means how easily the organization can redeploy the collaboration endpoint between sessions. If the system moves several times per week, convenience features outside the stand become important: reliable Wi-Fi coverage, accessible power sockets, consistent conferencing accessories and a place to store cables. If every move requires several technicians and recabling, the theoretical mobility advantage can disappear. Therefore the best ST23G deployment is designed as a complete mobile workflow rather than as a stand purchased in isolation.
Technical Feature Deep Dive 2: Safety, Redundancy & System Resilience
A mechanical stand does not provide digital security functions, but it directly affects physical safety and operational resilience. Safety begins with correct assembly using the documented instructions and appropriate fasteners. Mounting screws must engage correctly without damaging the display chassis, and any bracket or adapter involved in the system must be rated for the load. Where the ST23G datasheet states that a wall mount bracket and display bracket are not included, buyers should not assume every required mounting component is present in the carton. The project bill of materials should identify what is supplied and what must be sourced for the chosen display.
Redundancy is also different from server or network design. There is no redundant caster set or failover controller. Resilience instead comes from conservative loading, inspection and a controlled operating process. A business can improve availability by keeping spare approved fasteners, documenting the assembled configuration, and ensuring facilities staff know the route and parking position. Where one mobile display is business-critical for daily training, organizations may still choose a second display or fixed fallback room because the stand cannot eliminate risk from screen failure or accidental damage.
Physical security should reflect the value of the attached equipment. The ST23G can make a display easier to reposition, which is useful operationally but may also increase the need for controlled storage in public or shared facilities. If the display holds sensitive local data through an OPS computer or attached device, endpoint security controls should be applied to those electronics. The stand itself has no access-control system. Organizations may need room locks, asset tagging or site-specific security procedures depending on the deployment.
Environmental resilience requires similar systems thinking. MAXHUB lists 0°C to 40°C operation and 10% to 90% RH for the ST23G. Yet a collaboration display may be specified for narrower conditions, and an attached PC may have its own thermal requirements. Always govern the complete system by the strictest component. Indoor commercial use in climate-controlled UAE premises is the normal planning assumption. Exposure to rain, direct outdoor heat, sand ingress or uncontrolled loading areas should not be inferred as acceptable from the stand’s mechanical construction.
Technical Feature Deep Dive 3: Management, Telemetry & Infrastructure Integration
The ST23G contains no network electronics, so remote management and telemetry are not native stand capabilities. This is an advantage when buyers want a simple, vendor-aligned mechanical accessory with no firmware lifecycle. However, mobile display deployments often make remote management more important at the screen level because the endpoint may appear in different rooms. Device-management platforms associated with the display, operating system or conferencing solution can help IT teams understand device health, installed software and connectivity independent of physical location.
Infrastructure integration therefore focuses on repeatability. Each destination room should have known power and connectivity. If the screen relies on Ethernet, the cable path must be safe at every destination. If it relies on Wi-Fi, coverage should be validated where the stand will actually be parked, not simply at room entrances. Conferencing cameras and microphones may depend on USB topology or cable placement; a relocation process should preserve those connections without placing strain on connectors.
Asset management can also benefit from mobility-aware records. A device inventory can identify the display serial number, stand model, primary owner, permitted rooms and support contract. This prevents the screen from becoming an “orphan” asset that moves so often nobody knows which team is responsible. For education or multi-floor enterprises, a booking process may be useful if the stand is shared. The process does not need to be complex; even a resource calendar can reduce conflicts and improve utilization.
From a support perspective, separating the mechanical and electronic layers helps troubleshooting. If the screen fails to power on after a move, investigate power and display connections. If the system feels unstable or rolls poorly, inspect the mechanical assembly and casters. If conferencing quality changes by room, test network, acoustics and peripheral placement. Treating the mobile stand as one layer in a broader collaboration architecture allows faster fault isolation and prevents unnecessary replacement of components that are not responsible for the symptom.
What Buyers Should Check Before Purchase
The main purchase risk with a mobile display stand is not specification quality but system mismatch. Screen size, chassis weight, mounting geometry, accessory load, movement route and installation hardware must all align. Use the checklist below to convert a generic accessory request into a procurement-ready configuration.
01 / FIT: Configuration Fit & Model Sizing
Confirm the display manufacturer and exact model, diagonal size, net weight, VESA pattern and any permanently attached accessories. Compare that data with the ST23G’s 100 kg maximum load and 55–98 inch reference range. Do not rely on diagonal size alone. Verify the physical screen width and depth because a large panel can affect doorway access, lift clearance and turning radius even when it is comfortably below the weight limit.
02 / MATCH: Compatibility & Environmental Requirements
Check the mounting interface, screws, spacers, brackets and rear-panel clearances. Confirm floor type and route quality for the 2.5 inch casters. Review temperature and humidity limits across every component. Ensure each destination room has safe power and network access without trailing cables crossing walkways. If the stand will be used in a public area, add supervision and physical security requirements to the deployment plan.
03 / TERMS: Availability, Delivery & Warranty Terms
Ask for the exact supplied model code, current lead time, packaging condition, accessory list and warranty terms. Confirm whether delivery includes only transport or also assembly, installation and display mounting. Large screens can require coordinated receiving windows and trained handling. Project buyers should also specify whether goods are going to a mainland office, free-zone facility, school, hotel, hospital or construction site because access rules can change logistics planning.
04 / REQUEST: Quote Preparation Data Needed
Provide the MAXHUB display model or third-party display model, quantity of stands, delivery emirate, target deployment date, preferred installation scope and whether the units will move between rooms. Include site constraints such as loading-bay booking, restricted delivery hours, lift dimensions or floor-access permits. This information allows FourTeck to build a more accurate project quote and reduces the chance of discovering compatibility or logistics issues after order placement.
Buyers should also distinguish between ST23G and other MAXHUB mobile stand models. MAXHUB documents ST33M as another mobile-stand option with a 100 kg maximum load, 55–86 inch screen-size range, 3 inch mute casters, gray finish and an 800 × 600 mm VESA hole pitch. The right model depends on display size, mounting requirements and project preference. A model number that looks similar can have different dimensions, included mounting components and supported screen range, so quotations should always state the exact stand model rather than simply “MAXHUB mobile stand.”
UAE Regional Availability & Service Ecosystem
FourTeck can coordinate UAE sourcing, configuration validation and project quotation for MAXHUB mobile display deployments. Availability should be confirmed at the time of inquiry because accessory stock and model revisions can vary. For the fastest assessment, buyers should provide the display model, stand quantity, delivery location and required date. Pre-sales validation can then focus on weight, VESA fit, screen size, delivery access and installation scope rather than relying on generic accessory assumptions.
K1. Dubai Supply & Logistics Support
Dubai deployments frequently span corporate offices, free zones, hotels, training centers, education campuses and project sites. FourTeck can coordinate quotation and delivery planning across these environments, including location-specific receiving requirements where provided by the customer. For multi-unit orders, staging can be planned around project phases so stands and compatible displays arrive in a controlled sequence. Buyers should specify whether assembly and display mounting are required, since a transport-only request is operationally different from a ready-to-use room deployment.
K2. Abu Dhabi & Al Ain Logistics Reach
Organizations in Abu Dhabi and Al Ain can request sourcing assistance for corporate, government, industrial, healthcare and education projects. The quotation process can include compatibility review and delivery coordination based on the destination site. Larger projects should provide access procedures, security gate requirements, planned delivery windows and any installation permits early so logistics can be aligned with the facility’s operating rules.
K3. Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and Northern Emirates buyers can use the ST23G for flexible meeting rooms, teaching spaces, training centers and temporary project environments where wall mounting is not ideal. FourTeck can assist with quotation handling, model confirmation and commercial delivery planning. When the display will regularly move between rooms, include floor and access information in the inquiry so suitability can be evaluated beyond the basic stand specification.
K4. Ajman & Surrounding Emirates Logistics Coverage
Ajman businesses and institutions can request current model availability, quotation, compatibility checks and coordinated delivery. Mobile stands are particularly useful in smaller multi-purpose facilities because one display can support several rooms, but the floor footprint must be considered carefully. FourTeck can help verify the requested model against the intended screen and identify any information still needed before order confirmation.
GCC & Pan-African Supply Chain Reach
Cross-border projects require more than product identification. Export documentation, packaging, delivery terms, destination handling and local import procedures must be coordinated for the complete shipment. FourTeck can route regional inquiries and prepare project supply discussions based on destination, quantity and configuration. Buyers should confirm local regulatory, customs, tax and installation requirements with the appropriate parties in the destination market.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi project teams can submit the required display model, stand quantity, project city and delivery timeline for configuration validation and quotation support. For enterprise deployments, it is useful to standardize the exact stand model across sites so mounting parts, support documentation and operating procedures remain consistent.
L2. Qatar Market Supply Reach
Qatar-based enterprises, integrators and institutions can request cross-border quotation and hardware sourcing coordination. Because a mobile stand is often ordered together with large displays, shipment planning should consider the complete solution dimensions, total package count and receiving capabilities rather than treating the stand as an isolated accessory.
L3. Oman Regional Distribution Support
Oman buyers can request procurement guidance for MAXHUB display mobility projects, including model confirmation and compatibility review. Where equipment will travel to multiple branches, the project team should standardize mounting and transport procedures to reduce configuration drift across locations.
L4. Kuwait Supply Chain Coverage
For Kuwait project enquiries, FourTeck can coordinate quote assistance and export supply discussions based on the required stand model, display type and quantity. Visit FourTeck Kuwait for regional contact routing and project coordination.
L5. Kenya & East Africa Supply Infrastructure
Kenyan system integrators and enterprise buyers can request regional distribution support, technical inquiry routing and delivery coordination for collaboration display projects. Project teams should provide the exact screen model so the stand is validated as part of the AV system. Visit FourTeck Kenya for regional enquiries.
L6. Uganda Regional Procurement Support
Uganda buyers can submit project requirements for localized inquiry response, sourcing coordination and technology supply planning. For education or institutional rollouts, quantity, site count and phased delivery dates are useful inputs. Visit FourTeck Uganda for regional procurement enquiries.
L7. Pan-African Regional Logistics & Trade Reach
For broader African projects, FourTeck can discuss multi-country sourcing and export coordination for display and collaboration hardware. Requirements should identify destination markets, expected quantities, project schedule and whether equipment will be delivered as standalone accessories or as part of complete display systems. Regional enquiries can be routed through FourTeck Africa and FourTeck global.
Related FourTeck Products & Compatible Alternatives
| Product / Family | Role | When to Consider It |
|---|---|---|
| MAXHUB ST33M Mobile Stand | Alternative mobile stand | Useful when a 55–86 inch display range, 3 inch mute casters and the ST33M mounting package better match the project. |
| MAXHUB motorized stand options | Powered mobility / positioning class | Consider when powered height adjustment or other motorized positioning is a firm requirement. Exact model and load limits must be validated. |
| MAXHUB XBoard / interactive display families | Interactive collaboration endpoint | Select the display first when building a complete mobile collaboration system; then verify stand compatibility. |
| MAXHUB U Series displays | Commercial display family | Relevant for signage, meeting and presentation deployments where a non-interactive or different display class is preferred. Confirm stand model listed for the chosen screen. |
| MAXHUB wireless sharing accessories | Presentation connectivity | Useful when mobile-room workflows need consistent wireless presentation capability without relying on room-specific cabling. |
| MAXHUB OPS / PC modules | Integrated computing | Consider when the display needs an integrated Windows or computing platform. Added weight and electrical requirements must be included in solution planning. |
The alternative-selection decision should begin with the desired screen and movement pattern. ST23G provides a 55–98 inch reference range and 100 kg maximum load, while ST33M is documented for 55–86 inch displays with the same 100 kg maximum load but different dimensions, caster specification and supplied mounting details. Motorized stands add convenience but also introduce power, control and maintenance considerations that do not exist on ST23G. In many projects, a simpler mechanical stand is preferable because it minimizes active components. In others, powered adjustment may be essential for accessibility, mixed seated and standing use, or specialized teaching workflows. FourTeck can compare these categories against the display model and project brief before a final bill of materials is issued.
Why Enterprises Choose FourTeck
Enterprise buyers benefit from a procurement partner that treats an accessory as part of a system rather than as a box-moving transaction. For a mobile stand, that means checking the proposed screen model, weight, mounting geometry, room access and deployment scope before the order is finalized. This type of pre-sales validation can prevent common issues such as a stand arriving without the required mounting component, a display exceeding the supported configuration, or an assembled system being unable to pass through the building route where it is expected to move.
FourTeck can also structure project quotations around quantity, site, delivery schedule and installation requirements. Multi-site organizations may need phased supply rather than a single shipment. Education and government projects may require documentation consistency. Corporate fit-outs may depend on construction handover dates. By collecting these constraints during quotation, the hardware supply can be aligned with the operational plan.
Post-sales support begins with clear records. The quotation and order should state the exact stand model, relevant accessories and warranty terms so future support teams know what was supplied. Where a manufacturer warranty process applies, serial information, proof of purchase and issue description may be required. FourTeck can help route support enquiries based on the supplied configuration and applicable terms without making unsupported assumptions about coverage that was not included in the original project.
Frequently Asked Questions
1. What display sizes does the MAXHUB ST23G Mobile Stand support?
MAXHUB documents the ST23G for display sizes from 55 to 98 inches and a maximum load of 100 kg. Those figures are reference limits, not automatic compatibility guarantees. Buyers should also verify the exact display weight, VESA mounting pattern, rear chassis design, required brackets and accessory load. FourTeck can review the display model before quotation so the stand is matched to the intended screen rather than selected by diagonal size alone.
2. What are the dimensions and weight of ST23G?
The ST23G datasheet lists assembled dimensions of 1205 × 639 × 1605 mm, net weight of 32.5 kg and gross packaged weight of 34.2 kg. The package dimensions are 1558 × 920 × 145 mm. These numbers help buyers plan receiving, storage, lift access and room circulation. Final installed width can be significantly greater once a large display is mounted, so route planning should use the complete system dimensions.
3. Does the ST23G require electrical power?
No electrical input is required for the ST23G stand itself because it is a mechanical mobile support platform rather than a powered lifting system. The attached MAXHUB display, OPS computer, camera, conferencing hardware or other electronic accessories still require their own power. Each destination room should therefore have safe, convenient electrical access and cable routing that does not introduce trip hazards when the system is moved.
4. What VESA mounting pattern is listed for ST23G?
MAXHUB lists an 800 × 600 mm VESA hole pitch for the ST23G. Compatibility should still be checked at the exact display-model level because screw size, thread depth, spacer requirements, connector placement and rear-panel geometry can affect installation. The ST23G datasheet also states that a wall mount bracket and display bracket are not included, so the complete mounting bill of materials should be reviewed before the order is released.
5. Can the MAXHUB Mobile Stand be used with an 86 or 98 inch display?
The ST23G documented size range includes both 86 and 98 inch displays, subject to the 100 kg maximum load and mounting compatibility. Large screens demand more careful route, stability and handling planning because their physical width and center of mass increase the challenge of movement. Buyers should confirm the exact screen model, total installed weight and installation method before assuming that every display at those sizes will fit.
6. Is ST23G suitable for classrooms and training rooms?
Yes, the stand can be well suited to classrooms and training rooms where a large display needs to move between spaces or where wall installation is undesirable. Suitability depends on floor quality, movement routes, supervision and the attached display. Education buyers should define who may move the unit, where it is stored, how power is connected and whether crowded corridors or thresholds require staff-assisted relocation.
7. What operating conditions are specified for the stand?
MAXHUB lists an operating temperature of 0°C to 40°C and operating humidity of 10% to 90% RH for ST23G. Storage temperature is listed as −20°C to 40°C with 10% to 90% RH storage humidity. The attached display and computing modules may have different limits, so the complete deployment should follow whichever component has the strictest environmental requirement.
8. How does ST23G compare with ST33M?
Both are MAXHUB mobile stand models, but their published specifications differ. ST23G is documented for 55–98 inch displays with 2.5 inch casters and black finish. ST33M is documented for 55–86 inch displays, 3 inch mute casters and gray finish, while both list a 100 kg maximum load and 800 × 600 mm VESA hole pitch. The correct model depends on the exact display and project requirements.
9. Can FourTeck supply the MAXHUB ST23G in Dubai and other UAE emirates?
FourTeck can prepare a current quotation and coordinate UAE delivery planning for requested MAXHUB stand configurations, subject to model availability and project terms at the time of inquiry. Buyers should provide the display model, stand quantity, destination, required delivery date and installation scope. This information supports faster compatibility validation and a more accurate logistics plan for Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations.
10. What information should I send to request a quote?
Send the display brand and model, number of stands, delivery location, required date and whether installation or assembly is needed. If the display will move between rooms, include any important lift, doorway, floor or access constraints. For project sites, also mention receiving-hour restrictions or permits. These details allow FourTeck to confirm the stand model and prepare a quote that reflects the real deployment rather than only the product name.
Request a MAXHUB Mobile Stand Project Quote
For a procurement-ready quotation, send the exact display model, required stand quantity, UAE delivery location, deployment timeframe and installation scope. If the screen will move between rooms, include floor type, lift or doorway limitations and any accessories mounted to the display. FourTeck can use this information to confirm the appropriate MAXHUB stand model, identify compatibility questions and coordinate a project quotation without assuming that every display within the same diagonal size uses the same mounting configuration.
