Lift Refurbishment & Modernisation
Extend your lift's operational lifespan by up to 20 years, reduce energy consumption by up to 40%, and eliminate recurring breakdown costs. Sheridan Lifts delivers bespoke, open-protocol lift refurbishment and modernisation solutions across the UK—restoring safety, performance, and asset value without the cost and disruption of a full replacement.
Up to 20-Year Lifespan Extension
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30%–50% Saving vs Replacement
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100% Open-Protocol Engineering
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Minimal Building Disruption
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Full EN 81 & LOLER Compliance
High-performance lift modernisation without the disruption of replacement.
As a building owner, facilities manager, or property director, maintaining safe, efficient, and reliable vertical transport is vital to your property’s day-to-day operations and asset value. However, when a lift approaches the end of its typical 20 to 25-year lifecycle—suffering frequent breakdowns, obsolete spare parts, poor floor levelling, and mounting maintenance invoices—replacing the entire lift shaft and structural core is rarely necessary.
Lift refurbishment provides the ultimate cost-efficient alternative to full lift replacement. By retaining sound structural components—including the lift shaft enclosure, guide rails, and counterweight assembly—Sheridan Lifts replaces aging mechanical, electrical, and aesthetic systems with state-of-the-art technology. The result is a lift system that runs like brand new, delivered in a fraction of the time and at up to 50% lower capital expenditure than a complete replacement programme.
- Substantial Capital Savings: Modernise critical operating systems at 30% to 50% less cost than a full structural lift replacement.
- Minimal Building Disruption: Preserves the existing shaft framework, avoiding invasive civil works, structural demolitions, and long building closures.
- Non-Proprietary Open Protocol: We install non-proprietary equipment, freeing you from restrictive closed-protocol software locks and monopolised maintenance pricing.
Targeted modernisation packages for every lift system.
Whether you require a comprehensive turnkey overhaul or a targeted component upgrade to resolve specific breakdown headaches, explore our dedicated refurbishment service areas below.
Complete mechanical, electrical, and aesthetic transformation. Preserves existing structural steelwork while upgrading drive machinery, controllers, and wiring to modern standards.
Replace obsolete relay panels and discontinued logic boards with smart, open-protocol microprocessor control panels for millimetre floor levelling and reduced lobby wait times.
Solve the root cause of 70% of lift breakdowns. Upgrade to whisper-quiet VVVF direct-drive door operators, refurbished landing running gear, and non-contact 3D safety light curtains.
Transform building perception with bespoke architectural finishes, fire-retardant lightweight composite panelling, energy-efficient LED ceilings, and compliant DDA fixtures.
Overhaul worn hoisting machines, gearboxes, hydraulic power units, diverter pulleys, and safety gears to restore whisper-quiet travel and precise ride dynamics.
Future-proof your building with regenerative VVVF drives, standby sleep modes, and comprehensive safety enhancements meeting EN 81-80 and Equality Act standards.
Over 40 years of British lift engineering heritage.
Executing a successful lift refurbishment within a live commercial office, healthcare facility, or occupied residential block requires meticulous project management. Sheridan Lifts combines four decades of independent British engineering excellence with directly employed, highly accredited engineers. From initial condition surveys and passenger traffic analysis to phased installation and statutory LOLER testing, we deliver transparent, on-time project execution with minimal disruption to your daily operations.
Open-protocol engineering and EN 81 compliance.
We design and specify our modernisation packages using strictly non-proprietary, open-protocol components from premier UK and European manufacturers. This ensures your facilities team is never locked into proprietary diagnostic equipment or inflated spare-part costs. Every refurbishment project brings your lift into full compliance with modern safety regulations—including EN 81-80 (Safety Rules for the Improvement of Existing Lifts), the Equality Act 2010 (DDA), and current LOLER statutory requirements.
Phased delivery in live, occupied environments.
Unlike full replacement programmes that involve structural demolition and prolonged shaft shutdowns, lift refurbishment takes place neatly within the existing shaft. For buildings with multi-car duplex or triplex banks, our engineers implement phased installation programmes—modernising one lift at a time while keeping adjacent units fully operational. This ensures tenants, visitors, and staff maintain uninterrupted vertical mobility throughout the project lifecycle.
Intervals, response times and what we work to.
Passenger & bed lifts
LOLER 1998
Goods passenger lifts
LOLER 1998
Service lifts / dumbwaiters
LOLER 1998
Platform & step lifts
LOLER 1998
Evacuation lift function test
EN 81-76
Thorough examination is a legal duty on the lift owner, not the maintainer. We carry it out and issue the report so the duty is visibly discharged.
Thorough examination at statutory intervals, carried out and certified in house.
Current lift safety standard for design and installation, with declaration of conformity at handover.
Accessibility — car dimensions, controls, signals and door dwell times.
Firefighting lifts, including secondary supply and protected lobby requirements.
Safe working on lifts — the code of practice our engineers work to on every site.
Accredited environmental and occupational health and safety management systems.
Case Studies
Complete turnkey refurbishment of twin 12-person passenger lifts in a high-traffic regional commercial headquarters, integrating energy-saving gearless drives and intelligent group dispatch controls.
Modernised aging residential tower lifts across 14 storeys with non-proprietary TVC controllers and VVVF door operators, cutting breakdown callouts by 85% within the first six months.
Phased mechanical and interior modernisation of high-priority hospital bed lifts, incorporating antimicrobial wall protection, precision floor levelling for patient trolleys, and fire-evacuation controls.
Upgraded heavy-duty hydraulic passenger lifts across a university campus, installing electronic valve blocks, biodegradable hydraulic fluids, and vandal-resistant DDA fixtures.
Planning a lift refurbishment?
Keep what still works.
Book a free condition survey and a fixed-price proposal.
Asked often. Answered plainly.
What is the difference between lift refurbishment and full lift replacement?
Full lift replacement involves stripping out every single component of the installation—including the car frame, guide rails, counterweight frame, and sometimes altering the shaft walls, pits, and machine rooms. It requires extensive civil building works, planning permissions, and months of shaft downtime. In contrast, lift refurbishment (or modernisation) retains the sound structural framework, guide rails, and shaft enclosure, upgrading only the mechanical, electrical, and aesthetic elements that are worn or obsolete. Refurbishment is substantially faster, far less disruptive, and typically costs 30% to 50% less than a full replacement.
How much does it cost to refurbish a lift?
The cost of refurbishing a lift depends on the scope of work, the type of lift (hydraulic or traction), the number of floors served, capacity, and the chosen finishes. A targeted component upgrade—such as a controller replacement or door operator overhaul—can range from several thousand pounds, while a full turnkey modernisation typically costs significantly less than buying and installing a new lift from scratch. Because refurbishment eliminates recurring emergency repair callouts and cuts electrical consumption, it provides an immediate return on investment. Sheridan Lifts provides transparent, fixed-price quotations following an on-site condition survey.
What is the typical life expectancy of a lift, and how much does refurbishment extend it?
Under standard UK commercial and residential usage, a brand-new lift has an expected operational lifespan of approximately 20 to 25 years when supported by routine maintenance. A comprehensive lift refurbishment breathes new life into the installation, extending its reliable operating life by a further 15 to 20 years. Phased upgrades can extend this even further, ensuring your building stays modern without massive capital expenditure.
What are the key signs that a lift needs refurbishing?
Key indicators that a lift requires refurbishment or modernisation rather than routine servicing include:
- Frequent Breakdowns: Recurring component failures and rising monthly repair bills.
- Parts Obsolescence: Replacement relays, logic boards, or mechanical parts are no longer manufactured, leading to lengthy downtime during breakdowns.
- Mid-Levelling Trip Hazards: The lift car stops unevenly with landing sills due to worn brakes or outdated positioning systems.
- Excessive Wait Times: Inefficient single-call logic causing bottleneck delays during peak building traffic.
- Unusual Noise and Vibration: Jarring starts, rough travel, and door shuddering.
- High Energy Bills: Outdated motor-generator sets and legacy single-speed drives consuming excessive electricity.
- Tired Appearance: Scratched panels, worn flooring, and dim lighting giving an impression of poor building maintenance.
What components are upgraded during a lift refurbishment?
A lift modernisation project can cover any combination of the following systems:
- Electronics & Control: Modern microprocessor control panels, landing operating panels (LOP), car operating panels (COP), and digital indicators.
- Drive Mechanics: High-efficiency gearless permanent magnet motors, energy-saving Variable Voltage Variable Frequency (VVVF) drives, hydraulic pump units, diverter pulleys, and ropes.
- Door Equipment: Car-top VVVF door operators, landing door tracks, hanger rollers, locks, and full-height infrared safety light curtains.
- Cabin Aesthetics: Interior wall panelling, suspended ceilings with LED lighting, anti-slip flooring, handrails, mirrors, and DDA-compliant pushbuttons.
- Safety Infrastructure: Overspeed governors, safety gears, buffers, and EN 81-28 emergency two-way auto-diallers.