Choose elevator, escalator, moving-walk, accessibility, and goods-transport solutions by building use first, because the wrong application assumptions create late redesign and operating compromises.
A building can have enough shaft space for an elevator and still end up with the wrong vertical-transportation solution. The usual cause is an early assumption that the same selection logic works for every building type.
Residential towers, hotels, hospitals, warehouses, airports, schools, and public buildings move different people and loads. If those differences are ignored, the result can be an undersized car, unusable door opening, mixed passenger and service traffic, or late shaft redesign.
JAFITA approaches application selection from the building and duty first. Its current scope spans commercial elevators, escalators, villa elevators, freight elevators, moving-walk applications, accessibility products, and related components, with project references across several building environments.
Rated load and rated speed are important, but they are not the first fields to compare in every application. The first question is what the equipment must move and under what operating pattern.
Traffic demand shapes car count, capacity, speed, and control strategy. ISO 8100-32:2020 addresses traffic planning for office, hotel, and residential buildings.
Rated load is only part of the requirement. Goods dimensions, floor loading, loading method, clear door opening, and duty cycle can decide whether the car is actually usable.
Usable car dimensions and clear access become critical because beds, stretchers, staff, and equipment may travel together.
Operating hours, crowd movement, accessibility, escalator geometry, and maintenance access can dominate the project plan.
Engineered elevator equipment is configured from project inputs rather than selected from a fixed universal model list. Moving one input can change several parts of the solution.
More occupants can change passenger handling capacity and car count.
Greater travel can make speed more significant.
Can increase car and entrance size even when rated load is unchanged.
Changes usable-space needs for medical layouts.
Can make pit or overhead the first feasibility limit.
A useful first review does not require every value to be finalized.
For the first technical review, you do not need every value finalized. The useful starting information is the project country, building use, required equipment category, quantity, floors or stops, approximate travel, and any available shaft or floor-plan information. Final values must be confirmed for the actual site and operating conditions before design freeze.
Residential projects are often driven by a combination of daily passenger demand and the amount of building space available for the lift system. A high-rise apartment building needs a different traffic discussion from a private villa. In the first case, morning and evening passenger movement, floor count, car grouping, and journey time can matter. In the second, shaft space, pit, overhead, entrance position, noise, and architectural integration may dominate the decision.
ISO 8100-32 includes residential buildings in its passenger-lift planning scope, which reinforces an important point: the number and main characteristics of lifts should be linked to the size and intended use of the building rather than selected from a generic capacity table.
JAFITA states that its equipment is used from commercial complexes to residential villas, and its current product scope includes villa and home-elevator solutions. For a residential enquiry, the most useful starting information is the building type, floor count, expected users, shaft condition, accessibility requirement, and whether the project is new construction or an existing building. Those inputs determine whether the discussion should focus on traffic planning, compact installation, accessibility, or a combination of these issues.
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Commercial buildings can produce some of the most complicated passenger patterns because the property may contain offices, retail areas, restaurants, conference spaces, hotels, or public circulation in the same development. The challenge is not simply moving more people. It is moving different traffic groups without creating avoidable waiting or forcing service activity into passenger routes.
Office projects can have sharp arrival and departure peaks. Retail projects may depend more on continuous circulation and may combine elevators with escalators. Mixed-use buildings often need separate traffic analysis for different functions. ISO 8100-32 explicitly allows mixed-use buildings within its scope when the different uses can be evaluated separately as office, residential, or hotel use.
JAFITA’s portfolio includes commercial and corporate references, while its business scope includes commercial elevators and escalators. A commercial buyer should therefore start by defining the occupied population, building functions, floor count, service traffic, required elevator categories, and whether escalators or moving walks form part of the circulation plan. Those conditions are more informative than asking for a commercial elevator in isolation.
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Hotels often contain at least two vertical-transportation problems. Guests need predictable passenger movement and access to public areas. Staff move housekeeping carts, luggage, food, supplies, and waste through service routes that should not disrupt the guest experience.
That distinction changes equipment selection. Guest traffic affects passenger-lift planning, while service movement can make car dimensions, door opening, cart access, and back-of-house circulation more important. Some properties may also use dumbwaiters or small service lifts for food or light goods.
JAFITA’s current project portfolio includes hotel references associated with Shangri-La Hotel and Crowne Plaza Hotel. The available company materials do not publish equipment quantities or complete technical schedules for those references, so they should be treated as application evidence rather than as a claim that a specific configuration can be repeated elsewhere.
For a hotel project, define guest circulation, service routes, housekeeping loads, luggage handling, floor count, and any need for separate service equipment.
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A healthcare project must account for people and equipment that do not behave like conventional passenger traffic. Beds, stretchers, wheelchairs, medical carts, patients, and staff may need to move together. The usable car space and clear door opening can therefore become primary design inputs.
The project may also need to separate public passenger movement from clinical transport. The first sizing question remains physical: what must enter the car, and how must it move through the building?
JAFITA’s product portfolio includes medical elevators. The current company materials do not identify a named hospital reference with a full technical scope, so project-specific review is important. Provide the bed or stretcher size where known, required clear opening, number of floors, travel, expected traffic, and applicable local healthcare or accessibility requirements.
A hospital project should not be qualified by passenger capacity alone. The transport envelope and operational workflow must be checked before the elevator configuration is frozen.
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Airports, railway stations, metro facilities, and other transport buildings move large numbers of people through public space. Elevator selection is only one part of the vertical-transportation plan. Escalators and moving walks can become major circulation equipment, and accessibility routes have to be coordinated with the overall passenger path.
For escalators and moving walks, vertical rise, inclination, step or pallet width, horizontal span, operating environment, and expected public traffic are central inputs. Maintenance access and long operating periods can also matter because equipment downtime affects passenger routing far beyond a single landing.
JAFITA’s portfolio includes references associated with Beijing Daxing International Airport, Beijing Capital Airport, and Beijing West Railway Station. The current brochure does not publish full equipment schedules for those references, so the correct use of the portfolio is to show experience in transportation environments, not to imply a specific capacity or quantity.
A transportation enquiry should identify passenger flow, equipment category, installation position, operating hours, rise or travel, environment, and accessibility requirements.
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Industrial and logistics projects are where JAFITA’s documented freight-elevator background is most directly relevant. The company identifies freight-elevator production as a core strength and describes OEM manufacturing for multiple elevator brands.
For this application, the load itself is the decision driver. A 2,000 kg machine, a 2,000 kg palletized load, and 2,000 kg of distributed goods can create very different car, floor, door, and loading requirements. The rated-load figure alone does not define the job.
The project brief should state the maximum load, largest goods dimensions, handling equipment, car and door size, loading direction, operating frequency, travel, and stops. Industrial duty is defined by how goods are handled and how often the equipment works, not simply by nominal capacity.
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Public-sector projects add procurement requirements to the engineering decision, including supplier qualifications, documentation, accessibility, approvals, and project records.
JAFITA’s portfolio includes public references associated with the National Museum of China, Chairman Mao Memorial Hall, Beijing Winter Olympics-related venues, Shanghai World Expo, and a Chinese Embassy project in Papua New Guinea. Its company portfolio also includes a Special Equipment Production License and ISO 9001, ISO 14001, and ISO 45001 management-system certifications.
Those items serve different purposes. A project reference shows participation, while a management-system certificate supports company qualification. Neither replaces product certification or technical approval for the new project.
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Universities, museums, libraries, cultural venues, and institutional buildings can combine passenger traffic, accessibility, staff movement, event peaks, and service requirements. They should not be treated as one homogeneous application.
A university teaching building may have concentrated class-change traffic. A museum can have public accessibility requirements and large visitor groups. A library may need both passenger access and movement of books or service carts. A cultural venue may face sharp event peaks that do not resemble daily office traffic.
JAFITA’s portfolio includes references associated with Beijing University, Tsinghua University, the University of Liberia, and the National Museum of China. The available materials do not publish a complete technical schedule for each case, so the application page should connect these references to the building type without inventing quantities or specifications.
For a new project, identify the building function, floor count, public traffic, event pattern where relevant, accessibility needs, and any service or goods movement. Those details determine whether the project is mainly a passenger-planning problem or requires multiple vertical-transportation functions.
Explore Education & Cultural Building SolutionsThe matrix below uses only application and business capabilities supported by JAFITA’s current company materials. It does not add rated-load, speed, travel, or dimensional ranges that have not been published in the supplied documents.
| Application | JAFITA capability currently supported by company materials | Project input that should lead the enquiry |
|---|---|---|
| Residential | Villa and residential elevator applications are within the stated business scope. | Building type, floors, expected users, shaft condition, accessibility requirement. |
| Commercial | Commercial elevators and escalators are within the stated business scope. | Building function, population, traffic pattern, service circulation, equipment mix. |
| Hotels & hospitality | Hotel references appear in the current project portfolio. | Guest traffic, service traffic, floors, carts, luggage, back-of-house needs. |
| Healthcare | Medical elevators appear in the current product portfolio. | Bed or stretcher size, clear opening, car space, traffic, local requirements. |
| Transportation | Airport and railway-station references appear in the current portfolio. | Passenger flow, equipment category, rise or travel, operating environment, accessibility. |
| Industrial & logistics | Freight-elevator production and OEM manufacturing are documented company strengths. | Load type, goods dimensions, loading method, car and door size, duty cycle. |
| Government & public | Multiple public and event-related references appear in the portfolio. | Equipment requirement, qualification documents, accessibility, project approval scope. |
| Education & cultural | University and museum references appear in the portfolio. | Building function, traffic peaks, accessibility, service movement, floor count. |
When comparing this matrix with another supplier, do not treat the presence of an application as a guarantee of a specific technical range. Ask for the product-level data and project evidence that correspond to the configuration you are considering.
The first enquiry does not need to be a finished specification. State the project country, building type, equipment category, quantity, floors or stops, and approximate travel. Add rated load, rated speed, shaft information, or tender documents if available. Freight enquiries should describe the goods; healthcare enquiries should define the transport envelope; escalator enquiries should include geometry and environment.
JAFITA then uses the information to clarify technical interfaces and determine which product or supply route should be evaluated. Each new project still requires its own technical confirmation.
Before design freeze, the project team should have a defined building interface, equipment configuration, electrical basis, documentation requirement, and destination-market requirement. That sequence reduces the risk of selecting a product category correctly but configuring it incorrectly for the building.
JAFITA was established in Beijing in 2001. Its current company information identifies freight-elevator production as a core strength, describes OEM cooperation with multiple elevator brands, and states that its business expanded into commercial elevators, escalators, villa elevators, and freight elevators. Export business has been active since 2008.
The company portfolio presents references across transportation, education, hotels, public buildings, corporate environments, and overseas markets, together with company qualifications and more than 20 patents and software copyrights.
Founded in Beijing in 2001.
Documented freight-elevator production and OEM cooperation with multiple elevator brands.
Export business active since 2008, expanding into commercial elevators, escalators, villa elevators.
Portfolio references across transportation, education, hotels, public buildings, corporate, and overseas.
These facts support the breadth of the supplier’s application discussion, but they require scope discipline. Company certifications are not product certifications, portfolio references do not prove unpublished technical ranges, and freight-manufacturing experience should not be presented as the same manufacturing role for every category.
Start by separating the traffic functions inside the building. Office, residential, hotel, retail, service, and goods movement can require different equipment or separate traffic analysis rather than one combined passenger assumption.
Provide the building type, number of floors, expected users, approximate travel, available shaft information, and accessibility requirements. If the project is an existing building, pit, overhead, landing position, photos, and floor plans become especially useful.
The answer depends on the size and movement pattern of the carts, luggage, food, housekeeping equipment, and other service loads. Define those loads and the back-of-house circulation before deciding whether a service elevator, freight-oriented configuration, or another solution is appropriate.
The required car and door dimensions depend on the beds, stretchers, accompanying staff, and local project requirements. Provide the actual transport envelope and required clear access so the equipment can be sized around the healthcare workflow.
Goods dimensions, loading method, car dimensions, clear door opening, floor loading, entrance arrangement, and duty cycle can be as important as rated load. Send the largest load and the equipment used to move it into the car.
Provide the vertical rise, intended inclination if defined, step width requirement if known, installation environment, expected public traffic, and operating hours. The site layout and passenger-flow plan should be reviewed with the equipment geometry.
The applicable standards depend on destination market, equipment type, and project requirements. ISO 8100-1:2026 covers passenger and goods-passenger lift safety within its defined scope, while ASME A17.1/CSA B44 is widely used in North America for elevators, escalators, and related conveyances.
A preliminary discussion can begin with building type, country, floors, equipment category, and the dimensions already known. Final configuration still requires the interfaces and project requirements to be confirmed before design freeze.
Application categories help identify the right decision logic. They do not prove that a previous configuration, a standard catalog model, or a project reference can be copied into a new building.
The actual solution depends on traffic, load, travel, shaft dimensions, entrances, electrical conditions, accessibility, environment, and destination-market requirements. JAFITA’s documented experience supports discussion across multiple application types, but product performance and deliverable ranges must come from the selected product data and confirmed project configuration.
Use this page to identify the application path first, then move into the relevant application or product discussion with the building information needed for the next decision.
