Step-free access, convenient movement between floors and equipment coordinated with the architecture of the institution.
We provide solutions for schools, lyceums, colleges, universities, teaching blocks and other educational properties.
Pupils, students, staff and visitors with reduced mobility must be able to reach classrooms, administrative offices, libraries, assembly halls and other functional areas. During design, we check the lift car dimensions, door width, space in front of the entrance and control positions.
Passenger traffic in educational buildings is uneven. The highest demand occurs before classes begin, during breaks and at the end of the teaching day. Equipment is selected according to the timetable, number of users, building height and location of the main facilities.
The lift car should be convenient for wheelchair users, accompanying persons, parents with pushchairs and staff transporting teaching equipment. Selection should therefore consider not only rated capacity but also the usable lift car and door opening dimensions.
During the refurbishment of a school, university or other teaching block, the shaft, pit or headroom dimensions may restrict equipment selection. Euroformat specialists review the initial data and help adapt a standard solution to the architectural features of the property.
A lift in an educational building may be exposed to regular, repeated demand throughout the teaching day. The specification should therefore consider the operating pattern, number of stops, passenger traffic and durability requirements for the interior components.
Even correctly selected equipment will not provide effective access if the lift is positioned away from the main user route. During design, its location should be coordinated with the building entrance, corridors, teaching rooms and other shared areas.
Lift car materials must withstand intensive traffic, regular cleaning and occasional mechanical impact. Educational buildings require practical finishes, durable flooring, adequate lighting and protective elements in high-contact areas.
Incorrect shaft, door opening, pit or building-services parameters may lead to changes during installation. Euroformat reviews the project solutions and provides drawings in the required formats to coordinate the architectural, structural and electrical works.
Напрями Евроформат, які найчастіше використовують для таких обʼєктів.
The configuration is selected according to the number of pupils or students, staff, floors and stops. Peak periods and the locations of classrooms, sports facilities, assembly halls and administrative areas are considered separately.
The lift car and door opening dimensions are coordinated with the needs of people with reduced mobility. The review covers wheelchair access, control panel reach, space for an accompanying person and floor-levelling accuracy.
Smooth acceleration, comfortable braking and reduced noise levels are important in buildings where classrooms, libraries, laboratories or administrative offices are located next to the shaft. The final technical solution is determined after the project has been assessed.
The lift car may include handrails, a mirror, adequate lighting, an intuitive control panel, and visual and audible indicators. Materials are selected according to intensity of use, ease of maintenance and the architecture of the building.
Standard solutions can be adapted to different shaft parameters and layouts. For refurbished buildings, the actual dimensions, door openings, pit, headroom and available connections to building services are checked separately.
Euroformat specialists review the initial data, check the shaft parameters, assess project solutions and provide drawings in the required formats. This support helps coordinate the equipment with the step-free route, building works and operating pattern of the educational institution.
EF lift by Euroformat with a Hoverla lift cabin at Kyiv City Clinical Hospital No. 7. Finish - painted metal.
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EF lift by Euroformat with a Hoverla lift cabin at the Lisovyi Kvartal Residential Complex in Brovary. Finish - painted metal.
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EFR lift with a Hoverla lift cabin at the Magnit Sports and Entertainment Complex in Chortkiv. Finish - brushed stainless steel.
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EF lift with a Mont Blanc lift cabin for the PJSC Kyivgas facility in Kyiv. Finish - brushed stainless steel.
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Panoramic lifts for a contemporary Business Center with glass façades.
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EF lift with a Mont Blanc lift cabin at the Golfstream Residential Complex in Odesa. Finish - brushed stainless steel.
View the project →The choice depends on the number of floors, number of users, passenger traffic and shaft parameters. The step-free route, lift car dimensions and operating pattern of the building must also be considered. The final configuration is determined after the project documentation has been reviewed.
The number of pupils or students, duration of breaks, location of teaching rooms and distribution of traffic between floors should be assessed. Larger buildings may require a separate traffic analysis. The results are used to select the lift capacity, speed and number of units.
Installation feasibility depends on the layout, shaft parameters, load-bearing structures and available space. Measurements and an assessment of the building works are required before the equipment is selected. A standard solution is adapted only after the actual property parameters have been reviewed.
Durability, practicality and ease of regular cleaning are important in educational buildings. The specification should consider traffic intensity, the risk of accidental mechanical damage and the interior design. Available finish options are agreed with Euroformat specialists.
Building plans, the number of floors and stops, shaft parameters, estimated number of users and a description of the step-free route are required. Information about the operating timetable, peak demand and finish requirements should also be provided. A technical consultation will help coordinate the solution before construction work begins.
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