November 02, 2026
Choosing an automatic door system is an important part of planning a new building. The entrance must match the building’s design, daily foot traffic, available space, safety requirements, and long-term operating needs. A door that works well in a small office may not be suitable for a busy hospital, shopping mall, hotel, or airport.
For construction teams, the decision should happen during the design and specification stage, not just before installation. This gives architects, contractors, consultants, and project managers enough time to plan the opening size, structural support, electrical connections, access control, and safety features.
So, How to Choose the Right Automatic Door System for a construction project? Start by understanding how the entrance will be used. Then compare the available systems, check the building layout, estimate traffic, confirm safety and access requirements, and consider installation and maintenance needs.
This guide explains the main factors to evaluate before finalising an automatic door system for buildings, helping project teams make a practical decision from the planning stage to handover.
An automatic entrance is more than an architectural feature. It affects how people enter, leave, and move through a building.
The right system can support:
If the entrance is not planned properly, the project may face problems such as insufficient opening width, limited space for sliding panels, missing electrical points, or changes to the structure after construction.
The first step in automatic door selection is to understand the building’s use. Different properties have different traffic patterns, access requirements, and operational needs.
Hospitals need entrances that support patients, visitors, wheelchairs, stretchers, and medical equipment. A wide clear opening and reliable sensor operation may be important at main entrances and patient movement areas.
Some internal healthcare spaces may require specialised doors with better sealing or controlled access. The door specification should match the function of the room rather than using one system throughout the facility.
For more healthcare-specific considerations, read Deto’s guide to automatic doors for clinics in Dubai, which discusses hygiene, accessibility, and patient movement.
Office entrances usually need a balance between appearance, convenience, and access control. Sliding glass doors can suit reception areas, while controlled swing or sliding systems may be suitable for internal restricted areas.
Shopping malls experience changing visitor volumes throughout the day. Their entrances need to support frequent opening cycles and movement in both directions. A sliding system may be suitable where there is enough side space for the panels.
Hotels need entrances that allow guests to move comfortably with luggage, trolleys, and other belongings. The entrance design should also match the building’s appearance and manage the movement between outdoor and air-conditioned spaces.
These properties may experience high pedestrian volumes and continuous movement. The system must be selected according to the required opening width, traffic pattern, operating duty, and security arrangements.
Residential towers may need convenient access for residents and visitors, with controlled entry where required. Industrial facilities may need larger or specialised entrance systems depending on the movement of staff, equipment, and materials.
The building’s purpose should guide the initial system selection. The final choice still needs to be checked against the actual entrance layout and technical requirements.
There are several automatic door types, and each works differently. The most suitable option depends on the available space, opening width, traffic, and building function.
Automatic sliding doors move sideways along a track. They are commonly used at entrances where people need to move through without a swinging panel taking up floor space.
They are suitable for offices, hotels, retail stores, hospitals, and commercial buildings. However, the design needs enough side space for the door panels to slide open.
Explore Deto’s automatic sliding door systems to review common configurations, applications, safety features, and installation considerations.
Telescopic automatic doors use multiple sliding panels that move and overlap as the entrance opens. This arrangement can provide a wider clear passage than a standard sliding configuration within a more limited side space.
They may be suitable for hospitals, malls, airports, and commercial entrances where a wider opening is needed but the wall space beside the doorway is restricted.
Explore More: Telescopic automatic doors for buildings with limited side space explains their operation, applications, and installation requirements.
Automatic swing doors open by moving a door leaf around its hinges. They may be suitable for single entrances, internal passages, and locations where there is not enough room for sliding panels.
The design must include enough clearance for the door’s swing path. The project team should also consider nearby walls, furniture, pedestrian routes, and safety sensors.
Revolving doors use multiple panels fixed around a central axis. People enter and exit through separate sections as the door rotates.
They may suit large hotels, office towers, and commercial buildings with steady pedestrian movement and a need to reduce direct air exchange between the indoor and outdoor areas.
However, revolving doors need careful planning for accessibility, emergency exit arrangements, and the movement of people with mobility needs. A suitable alternative entrance may also be required.
Folding systems use connected panels that fold to one or both sides when opening. They can be considered where the entrance layout has limited space for conventional sliding or swing arrangements.
The project team should check the folded panel position, clear passage, operating mechanism, and suitability for the expected traffic.
| Door Type | Suitable Applications | Main Advantages | Important Considerations |
| Sliding doors | Offices, malls, hotels, hospitals | Hands-free movement and no swing area | Requires side space for panels |
| Telescopic doors | Hospitals, airports, wide commercial entrances | Wider opening within limited side space | More panels and a more involved mechanism |
| Swing doors | Offices, internal passages, selected entrances | Works with hinged door layouts | Requires clear swing space |
| Revolving doors | Hotels, office towers, large commercial buildings | Separates entry and exit movement and limits direct air exchange | Accessibility and emergency arrangements need careful planning |
| Folding doors | Selected commercial and space-restricted entrances | Panels fold away to create an opening | Check folded-panel space and traffic suitability |
No door type is automatically best for every project. The selection should follow a site assessment and the building’s actual requirements.
Measurements should be confirmed before the architectural drawings and automatic door specifications are finalised.
The project team should check:
Do not measure only the visible doorway. A system may fit the opening but still fail to provide the required clear passage or enough space for its panels.
For example, a hospital entrance may need to accommodate wheelchairs and equipment. A standard sliding configuration may not provide the required opening, so a telescopic arrangement could be considered.
The expected number and movement of users should influence the door specification.
A small office may have relatively light traffic, while a mall, airport, or hospital entrance may experience continuous movement during busy periods.
Consider these questions:
A door selected only by its appearance may not perform well under the building’s actual usage conditions.
The operator, panels, tracks, and other components should be suitable for the expected operating frequency and door weight. The manufacturer or supplier should confirm the system’s duty rating and technical suitability.
Safety and accessibility must be included in the design from the beginning. They should not be treated as optional features added after installation.
Depending on the system and its application, relevant features may include:
The exact combination depends on the door type, location, and risk assessment.
The entrance should be convenient for wheelchair users, elderly visitors, children, and people carrying items. The clear passage width, approach area, threshold, sensor coverage, and opening time should support safe movement.
For example, a hospital entrance may need to accommodate a wheelchair or patient trolley. A hotel entrance should allow guests to pass with luggage without creating congestion.
Applicable building, accessibility, fire, and life safety requirements must be confirmed with the project’s architect, consultant, and relevant authorities in Dubai or the location where the building is being constructed.
Do not assume that one door configuration or specification is suitable for every building. Where the entrance forms part of an escape route or fire strategy, its emergency operation must be coordinated with the approved design.
Some entrances need to remain open for general visitors, while others should only allow authorised people to enter.
Automatic door access control can be integrated with suitable electronic security systems. Depending on the project, options may include:
For example, a corporate office may use card access for staff-only areas. A data centre may need different permission levels for reception, technical rooms, and restricted equipment areas.
The automatic door operator, lock, access reader, controller, and security software must be compatible. The door installer and access-control contractor should agree on wiring, signals, locking behaviour, and emergency operation before installation.
For specialised projects, Deto’s guide to automatic doors for data centres in Dubai explains access permissions, door controls, security planning, and operational requirements.
For projects in Dubai and the wider UAE, environmental conditions should be part of the selection process.
Consider:
Automatic doors can help manage air exchange when properly selected and configured, but they do not guarantee a particular level of energy savings. The building’s façade, HVAC design, entrance layout, traffic, and door settings all affect performance.
A suitable door system can still cause project delays if the installation requirements are not coordinated early.
The architect, civil engineer, structural consultant, electrical contractor, MEP team, façade contractor, and door supplier may all need to share information.
Before installation, confirm:
Late changes to the opening, ceiling, wiring, or access-control layout can lead to rework and installation delays. The supplier should review the drawings and site conditions before the relevant construction work is completed.
The initial purchase price is only one part of the project cost.
The overall investment may depend on:
A more complex system may cost more initially but may be better suited to the building’s needs. On the other hand, selecting features that the project does not require can increase the budget without providing useful value.
Ask suppliers to explain what their quotation includes. Compare the proposed system, operator, safety equipment, installation work, testing, warranty, and service arrangements rather than comparing only the total price.
Automatic doors contain moving and electronic components that need inspection over time. Maintenance should be considered before selecting a supplier.
Ask about:
The maintenance plan should match the door type, operating frequency, and building conditions.
Also Read: Average Lifespan of Automatic Sliding Doors in Dubai for more information about component wear, usage, maintenance, and long-term performance.
Construction teams can avoid unnecessary costs and delays by checking these common issues before finalising the specification.
Before approving the final automatic door installation for construction projects, use this checklist to confirm the main requirements.
| Item to Confirm | What the Team Should Check |
| Building purpose | Main use of the building and entrance |
| Door location | Indoor, outdoor, main entrance, or internal passage |
| Opening dimensions | Structural width, height, and clear passage |
| Available space | Side clearance, swing area, header, and ceiling space |
| Traffic | Expected daily use and peak-hour movement |
| Door type | Sliding, telescopic, swing, revolving, or folding |
| User requirements | Wheelchairs, trolleys, luggage, and equipment |
| Safety | Sensors, obstacle detection, and emergency arrangements |
| Access control | Card, RFID, biometric, locking, or intercom requirements |
| Environment | Heat, dust, humidity, wind, and air conditioning |
| Electrical work | Power supply, wiring, and control connections |
| Structural work | Supports, frames, floor, and fixing details |
| Installation | Sequence, site access, and contractor coordination |
| Testing | Commissioning, safety checks, and handover |
| After-sales support | Warranty, spare parts, and maintenance plan |
The checklist should be reviewed by the relevant project teams and the selected supplier before the final system is approved.
The right automatic entrance is the one that supports the building’s actual use. It should match the available space, expected traffic, architectural design, safety requirements, access-control arrangements, and maintenance plan.
For construction teams, early planning is the best way to avoid unsuitable specifications, site changes, and installation delays. Confirm the measurements, technical requirements, electrical provisions, and emergency arrangements before ordering the system.
Deto Automatic Doors LLC provides automatic door solutions, installation, repair, and maintenance support for residential, commercial, and industrial properties. Project teams can discuss their building layout, entrance requirements, and operating needs with Deto when assessing a suitable system.
If you are planning a new building or upgrading an existing entrance, contact Deto Automatic Doors LLC to discuss the project requirements and arrange guidance on suitable automatic door options, installation, and ongoing support.
Start with the building’s purpose, entrance dimensions, expected footfall, available space, safety requirements, and access-control needs. Then compare suitable door types and confirm the final specification through a site assessment.
Sliding doors are commonly considered for busy commercial entrances where there is enough side space. Telescopic, swing, revolving, or folding systems may suit other layouts and operating requirements.
Sliding doors move sideways along a track and need space beside the opening for their panels. Swing doors rotate around hinges and need a clear area for the door leaf to open.
Consider telescopic doors when the project needs a wider clear passage but has limited side space for standard sliding panels. Their suitability should be checked against the opening dimensions and traffic requirements.
Yes, suitable automatic door systems can be specified for high-traffic locations such as malls, airports, hospitals, and hotels. The operator, components, and configuration must match the expected frequency of use.
Confirm the structural opening width and height, required clear passage, side clearance, swing area where relevant, header space, ceiling clearance, floor level, and structural support.
Depending on the application, the system may need motion sensors, presence detection, obstacle detection, suitable operating speeds, safety glass, and emergency opening arrangements. The final features should follow the project risk assessment and applicable requirements.
Yes. Compatible systems can connect with card readers, RFID, biometric readers, keypads, electronic locks, and other access-control equipment. The door supplier and security contractor should coordinate the integration.
Consider the door type, size, materials, motor, sensors, access control, backup power, customisation, site preparation, installation, testing, maintenance, and spare-part availability.
Regular maintenance helps identify component wear, sensor faults, alignment problems, and operating issues. It also supports safe operation and helps the building team plan repairs before a fault causes major disruption.