Frequently asked questions

For residential buildings, the main priorities are everyday passenger comfort, reliable operation, safety and convenient maintenance. For specialised buildings, such as hospitals or public facilities, additional factors include accessibility, lift cabin dimensions and scenarios for transporting people and equipment. This is why a lift should be selected according to the function of the building rather than using a universal solution.

To select a lift, you need to know the type of building, number of floors and stops, shaft parameters, expected load, building purpose and accessibility requirements. It is also important to understand whether the project involves new construction, modernisation or replacement of existing equipment. The more accurate the initial data, the more precisely the technical solution can be selected.

Lift manufacturer has a deeper understanding of the equipment’s technical parameters, shaft requirements, installation, maintenance and future operation. This is important for developers and building owners who need not just an individual product, but a solution adapted to a specific building. Working directly with the manufacturer can help reduce technical risks and make the coordination process more transparent.

Backup power affects the building's electrical infrastructure, equipment operating modes and safe operation requirements. It should not be added after the design has been completed without a technical assessment. If continued lift operation during unstable power supply is important for the building, this should be discussed with the manufacturer before the commercial proposal is prepared.

Lift design requires the shaft dimensions, pit depth, top-floor headroom, number of stops, building type and expected passenger flow. Requirements for the lift cabin, doors and service access should also be defined in advance. If drawings are available, it is best to provide them to the manufacturer at the initial consultation stage.

Lift should be included in the project before active construction begins, when the shaft dimensions, pit, top-floor headroom and technical areas are being agreed. This helps avoid alterations to the building structure and restrictions when selecting equipment. The earlier the manufacturer is involved in the project, the more accurately the lift solution can be matched to the building class and project requirements.

For an accurate proposal, it is useful to provide lift shaft drawings, the number of floors, the building's intended use, rated load requirements and information about the expected intensity of lift use. The more complete the initial data, the more accurate the technical solution and cost calculation will be.

Appearance does not reflect all the technical differences between lift systems. The cost is affected by lift shaft parameters, rated load, control system, lift cabin configuration, door type, installation requirements and future service needs. Lifts should therefore be compared by their technical specifications rather than by design alone.

Yes, a preliminary estimate can be prepared using basic project information such as the building type, number of floors, expected load and any available lift shaft data. However, an accurate commercial proposal requires a more detailed technical assessment and a review of the project documentation.

Regular maintenance helps keep the equipment in proper technical condition, identify wear in good time and plan the necessary work. This supports more predictable lift operation, reduces the risk of unplanned downtime and helps manage the building's engineering infrastructure more effectively.

Documented service history makes it possible to monitor the technical condition of the equipment, analyse recurring faults and plan future repair or modernisation costs. For property management companies and building owners, it is also an important tool for monitoring service quality and making informed decisions.