Home
Contact
Products
📦 All Products
Lift Retrofit
Modernization
Check your existing lift in a few simple steps. Get an initial indication based on lift age, breakdowns, ride quality, doors, controls, drive, safety concerns and spare-part availability.
Answer 7 quick questions about your existing elevator. Your result is an initial indication and not a statutory inspection or certification.
Approximate age is sufficient.
Think about the last 6–12 months.
Consider jerks, vibration, levelling and unusual noise.
Consider opening, closing, noise, alignment and repeated door faults.
Consider controller, VFD/drive, boards and availability of spares.
Consider recurring faults, emergency systems, levelling, door protection and other concerns.
Choose the factor closest to your situation.
Your answers indicate the following modernization considerations.
A physical assessment can help determine which components should be repaired, replaced or modernized instead of assuming that the complete lift needs replacement.
Lift modernization means upgrading selected components of an existing elevator to improve reliability, performance, ride quality, maintainability, energy performance or passenger experience.
Modernization does not necessarily mean replacing the complete lift. Depending on the condition and design of the elevator, selected components such as the controller, drive, door operator, fixtures, displays, wiring, communication equipment, machine or other equipment may be considered for modernization.
Lift age alone does not determine whether modernization is necessary. A better assessment considers the age of the equipment together with breakdown frequency, maintenance history, ride quality, door performance, control technology, component availability and recurring faults.
Depending on the elevator, modernization may involve the controller, VFD or drive, door operator, landing fixtures, car operating panel, displays, wiring, communication equipment, machine or traction components, cabin interiors and selected safety-related systems.
Not necessarily. In some buildings, targeted modernization may address the main reliability or performance problems while retaining suitable existing equipment. In other cases, the condition, compatibility, availability of parts or extent of deterioration may justify a larger modernization or replacement.
Lift modernization cost varies significantly because the scope can range from replacing selected components to a comprehensive upgrade. Lift type, capacity, number of floors, controller and drive technology, door system, machine arrangement, cabin requirements and the condition of existing equipment can all affect the project scope.
A repair generally addresses a specific failed or worn component. Modernization upgrades selected parts of an existing system to improve longer-term performance or maintainability. Complete replacement involves installing a substantially new elevator system.
Consider lift age, repeated breakdowns, increasing maintenance issues, poor ride quality, door problems, obsolete controls, difficulty obtaining spare parts and recurring reliability concerns.
Not necessarily. Age alone does not determine whether a lift requires modernization. Condition, technology, maintenance history, component availability and actual performance should also be considered.
Common indicators include frequent breakdowns, increasing repair costs, obsolete control equipment, difficult-to-source spare parts, repeated door problems, poor ride quality and levelling issues.
In some installations targeted controller modernization may be possible. Compatibility with the existing machine, motor, encoder, door system and safety circuits should be checked before selecting the scope.
Depending on the project, the cabin may be retained while other systems are modernized. Cabin refurbishment or replacement can be considered separately.
Modernization can address aging or obsolete components and may improve reliability when those components are contributing to failures. The actual result depends on the condition of the elevator and compatibility of the modernization work.
Consider the pattern of failures, remaining component life, availability of spares, maintenance costs, technology limitations and expected future use. A component-level assessment can help distinguish a repairable issue from a broader modernization need.