The ROI of replacing ladders with pillar lifts

The most common pushback we hear on pillar lifts is that the equipment costs more than a stepladder. This is true at the moment of purchase and untrue across the working life of the equipment, because three economic variables move at the same time when ladders are replaced.

This article walks through the calculation transparently, with the assumptions visible, so you can substitute your own numbers.

The three variables that move

When a facility replaces ladders with pillar lifts for above-2-metre indoor work, three economic variables change in the same direction.

1. Cycle time. Reposition cycles drop from 60 to 90 seconds (ladder) to 12 to 20 seconds (joystick-driven pillar lift). Recovered time is direct labour cost saved or capacity gained.
2. Team size. Above-3-metre two-handed ladder work is typically two-person under most facility-management safety procedures. Pillar lift work is one-person. The second operator becomes redirected labour.
3. Accident exposure. Falls from ladders account for around 40 percent of fatal falls from height in workplace settings according to the UK Health and Safety Executive. The Swedish Work Environment Authority publishes comparable figures. A pillar lift removes the dominant accident modes (overreach and balance loss). Avoided accidents reduce both direct injury cost and insurance pricing.

Each of these three variables individually justifies the equipment over its working life. Stacked, the payback is faster than buyers usually expect.

Equipment cost, the starting point

For the calculation we need a credible total cost of ownership for both options.

Stepladder, 4 metre professional aluminium:

• Purchase, around 2,400 SEK
• Working life, 5 to 7 years in heavy daily use
• Service, none beyond inspection
• Insurance impact, neutral to negative
• Total cost of ownership over 7 years, around 2,400 SEK plus inspection labour

Safelift MA50 (5 metre joystick-driven pillar lift, 331 kg):

• Purchase, contact a regional dealer or the Växjö office for current pricing in your country
• Working life, 10 to 15 years with annual service
• Service, annual recommended at the Växjö factory or via a regional authorised dealer
• Battery, replacement at year 4 to 6 in normal use
• Insurance impact, positive (EN 280 certified MEWP)

The headline ratio of "ladder costs less than pillar lift" is real at year zero. It is no longer real once the operating variables enter the calculation.

Variable 1: cycle time

For a facility doing 80 hours per month of above-2-metre work (a mid-size retail store or office), the breakdown of those hours is roughly:

• 50 percent productive (the actual work)
• 30 percent repositioning
• 20 percent setup, tool retrieval, and overhead

From a ladder, the 30 percent repositioning is 24 hours per month. From a pillar lift, the same work compresses to roughly 6 hours per month. The recovered 18 hours per month at facility-management blended labour rates across Western Europe (around 35 to 55 EUR per hour fully loaded) is between 630 and 990 EUR per month per facility, or 7,500 to 12,000 EUR per year.

Variable 2: team size

Two-handed installation and inspection work above 3 metres is typically two-person from a ladder. For a facility doing 30 hours per month of above-3-metre two-handed work, the second-person attendance from a ladder is 30 hours per month. From a pillar lift, this is 0 hours per month.

The 30 recovered hours per month at facility-management blended labour rates is 1,050 to 1,650 EUR per month per facility, or 12,500 to 20,000 EUR per year.

Variable 3: accident exposure

This is the variable most buyers find uncomfortable to put a number on, but it is the largest one.

The published Eurogip review of European workplace injury costs places the average direct cost of a recordable workplace fall at around 38,400 EUR per incident, before any indirect costs (replacement labour, schedule disruption, investigation, insurance impact). Indirect cost is conventionally estimated at 4 to 10 times direct cost.

The base rate of falls from ladders in indoor facility-management work is hard to pin down precisely without site-specific data, but published Eurostat and HSE figures support a working assumption of one recordable fall per 250,000 hours of ladder work above 2 metres.

For a 50-location chain doing 80 hours per month per location of above-2-metre work, that is 48,000 hours per year of ladder exposure, or roughly one expected recordable fall every 5 years across the chain. The expected annual cost across the chain, direct only, is around 7,700 EUR per year. Indirect is between 30,000 and 80,000 EUR per year.

For a single facility doing 80 hours per month, the expected annual cost is around 150 EUR direct plus 600 to 1,500 EUR indirect, but this is a probability-weighted average. The actual cost in the year a fall happens is far higher.

The combined calculation

Stacking the three variables for a single mid-size facility doing 80 hours per month of above-2-metre work:

Annual benefit category	Low estimate	High estimate
Cycle-time recovery	7,500 EUR	12,000 EUR
Team-size recovery	12,500 EUR	20,000 EUR
Accident-exposure reduction (probability-weighted)	800 EUR	1,700 EUR
Total annual benefit	20,800 EUR	33,700 EUR

For a Safelift MA50 in the typical price band, the payback period is well inside the first year of operation. Across a 10 to 15 year working life, the equipment generates a benefit-to-cost ratio in the high single digits.

The numbers scale with hours of above-2-metre work and with labour rates. A high-traffic retail location with 140 hours per month of above-2-metre work pays back the equipment faster. A low-traffic office with 30 hours per month pays back later but still well inside the working life.

What changes the calculation in either direction

The calculation gets stronger if:

• The facility currently uses contracted scaffolding or scissor-lift hire for above-3-metre work. The pillar lift replaces both ladder time and contracted equipment time. Detailed in the scaffolding article.
• The facility carries facility-management contracts that mandate EN 280 equipment for above-2-metre work. Pillar lifts unlock contract eligibility.
• The facility has a recent ladder fall in its safety record. Insurance pricing changes are typically larger than the equipment cost.

The calculation gets weaker if:

• Above-2-metre work is genuinely rare (under 10 hours per month).
• The facility cannot dedicate a charging spot and the equipment ends up shared inefficiently across sites.
• The work is in spaces that genuinely cannot accept any wheeled equipment, including a 650 mm pillar lift base.

Substitute your own numbers

The calculation above uses representative European numbers. For a real decision, the variables to substitute are:

• Hours per month of above-2-metre indoor work in your facility
• Your blended labour rate fully loaded
• The proportion of that work that is currently two-person
• Local ladder-fall incident rate from your insurance carrier or national workplace authority

The structure of the calculation does not change. Three variables, stacked. The payback is normally between 6 and 18 months for any facility doing 30 or more hours per month of above-2-metre work.

For the operational rollout that follows the financial decision, see the 90-day transition guide.