Retail and facilities
Indoor work at height in retail, and how facility teams went ladder-free
Lighting, signage, shelving, ceiling work. Retail facility teams used to do all of this from ladders. The shift to pillar lifts is happening across the major chains, and the operational case is straightforward.
Retail buildings have a specific kind of work-at-height profile that drives equipment choice. Heights cluster between 3 and 6 metres. Routes between work points are constrained by aisle widths designed for shopping carts, by storeroom doors that match human-passage standards rather than equipment standards, and by goods elevators that were sized when no one expected facility-management equipment to ride them.
Safelift sells into this environment through customers including IKEA, ISS, Nordic Choice Hotels, Cramo, AstraZeneca, and Stora Enso. The use cases differ but the operational pattern is consistent: pillar lifts replace ladders for above-2-metre work because they are the only powered option that physically fits the building.
The retail work-at-height inventory
A typical mid-size retail or hospitality location has a steady backlog of indoor above-2-metre work that runs continuously, not as a project. The list is roughly the same in every facility:
- Ceiling and pendant lighting installation, replacement, and cleaning
- Signage and wayfinding installation and seasonal change-out
- Shelving and display fixturing assembly and reset
- HVAC vent and filter access
- Sprinkler head inspection and replacement
- Fire detection and emergency lighting maintenance
- CCTV, public-address, and access control device installation and service
- Window and high-glass cleaning in atriums and public areas
- Clock, public information display, and digital signage service
The cumulative work hours add up. A 4,000 square metre store routinely accumulates 60 to 100 hours per month of above-2-metre work across these categories. Multiply by a chain of 50 locations and the equipment choice is no longer a per-store decision, it is a fleet decision.
Why ladders kept being the default
The historical reason ladders dominated retail facility work is not that they were the right tool. It is that the tools that fit the building did not exist for most of the century: scissor lifts were too wide and too heavy, scaffolding was too slow and too disruptive, and dedicated indoor pillar lifts in the 3 to 6 metre band only became reliably available in the 2000s.
The default outlasted the alternatives. Most facility-management contracts written before 2018 specify ladders by default for indoor above-2-metre work, and that default has propagated through procurement cycles even when the building physics have not changed.
What changes when a chain switches
The operational changes from replacing ladders with pillar lifts in a retail facility programme break into four categories.
Throughput
Reposition cycles between work points drop from 60 to 90 seconds (ladder) to 12 to 20 seconds (joystick-driven pillar lift, MA50 or MA60 class). On a 50-fixture installation shift, that recovers 50 to 75 minutes of installation time. The throughput math is detailed here. Across a 50-location chain, the recovered hours per year run into the thousands.
Safety and incident rate
Falls from ladders remain the dominant injury mode in retail facility work. UK Health and Safety Executive figures attribute around 40 percent of fatal falls from height in workplaces to ladders or stepladders. The Swedish Work Environment Authority reports a comparable share. A pillar lift removes overreach and balance failure as accident modes. Major retail operators that have switched report a measurable drop in recordable falls in the work-at-height category in the first 12 months.
Two-person to one-person work
Ladder work above 3 metres with two-handed installation tasks is typically rule-bound to a two-person team: one on the ladder, one footing it. Pillar lift work is single-person. Across a fleet of 50 locations doing 80 hours per month of above-2-metre work, that is 4,000 hours per month of second-person attendance no longer required. In facility-management contracting, this is the largest cost line that moves.
Insurance, audit, and contracting
Major facility-management contracts increasingly require demonstrable use of EN 280 certified MEWPs for above-2-metre work. The retail operator that has standardised on pillar lifts simplifies its contractor onboarding and reduces audit exposure. The operator that has not, deals with documentation overhead at every renewal.
The IKEA-scale lesson. Operators running retail at IKEA scale have moved past whether to use pillar lifts and toward standardising on which model. The MA50 is the most common pick for stores in the 3,000 to 6,000 square metre range, the MA60 for higher-bay locations, and the SP50 for back-of-house stockpicking. None of those choices reverses once made.
The fit problem most operators worry about first
The objection raised at every site survey is the same: "There is no way that fits in our storeroom." It is the right objection in principle and the wrong one in practice for the Safelift range.
Indoor pillar lifts are dimensioned specifically for the building constraints retail teams know:
| Dimension | PA35 | MA50 / PA50 | MA60 / PA60 |
|---|---|---|---|
| Working height | 3.5 m | 5 m | 6 m |
| Unit weight | 236 kg | 331 kg | 466 kg |
| Platform footprint | 0.55 x 0.65 m | 0.53 x 0.76 m | 0.53 x 0.76 m |
| Through 800 mm doorway | Yes | Yes | Yes |
| Standard goods elevator | Yes | Yes | Yes |
| Charge from 230 V outlet | Yes | Yes | Yes |
For a typical retail building with 850 mm storeroom doors and a 1.4 metre wide goods elevator, all three Safelift platforms fit. The door-and-elevator article goes into the detail.
Where the SP50 specifically fits in retail
The SP50 deserves a separate mention for retail back-of-house. It is a 5 metre joystick-driven lift with an integrated height-adjustable lifting table, sized for one operator and a tote, picking pallet, or stock unit at the same height. For warehouse-attached retail and stockroom work, this replaces both the ladder and the separate trolley that used to follow the operator around. The 0.63 by 0.59 m platform and 165 kg load are sized for a person plus picked goods, not for general installation work.
What to expect in the first 90 days
Operators that have rolled out pillar lifts across a retail estate report a consistent adoption curve.
Weeks 1 to 2: training and initial scepticism. The team has used ladders for years and asks why this is necessary. The first time someone uses an MA50 to do a 60-fixture lighting install in one shift instead of two, the question stops getting asked.
Weeks 3 to 6: equipment finds its parking spot. Most stores end up dedicating a charging location near the back-of-house door, and the lift becomes part of the daily walk path.
Weeks 7 to 12: the inventory of above-2-metre work that was previously deferred or contracted out gets pulled back in-house, because the throughput case now works.
Weeks 12 onwards: the question changes from "should we use the lift" to "do we need a second one for the bigger location."
A detailed 90-day transition guide covers this rollout pattern in depth.
Where to start
For a retail or hospitality operator considering the switch, the practical starting point is one location, one model, one operator, one month. Pick the location with the highest above-2-metre work volume, choose between MA50 and MA60 based on ceiling height, and run the comparison against ladder-based work for four full weeks.
The data is usually conclusive. The ROI calculation is documented separately, but the numbers from the first location decide the rollout.
Pilot a Safelift in one of your locations
We will bring a unit to one of your stores or hotels, train your team, and let the next four weeks of facility work make the case.