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Lift Safety

Ballymore Lift Safety Hero
BSAFE
Because Lifts Should Elevate People, Not Risk
Because Powered Access Demands Powered Protection
Because Falls from Lifts Are Always Preventable
Why Lift Safety Matters -- Ballymore

Why Lift Safety Matters

Scissor lifts and aerial work platforms expose workers to serious fall, tip-over, and electrocution hazards every time they are used. OSHA investigated a single year of scissor lift incidents and found every fatality and serious injury was preventable. The common thread across nearly all of them was the same: inadequate fall protection, improper stabilization, and insufficient operator training.

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26
Average aerial and scissor lift worker deaths per year in the U.S. (CDC/NIOSH)
300+
Workers injured annually operating scissor and aerial lifts (CDC)
10
Scissor lift fatalities OSHA investigated in one year, all found to be preventable (OSHA HA-3842)
36%
Of scissor lift deaths are caused by falls from the platform (CDC/BLS)

Sources: CDC/NIOSH Aerial Lift Safety, OSHA Hazard Alert HA-3842, BLS Census of Fatal Occupational Injuries

Essential Lift Safety Rules -- Ballymore

Essential Lift Safety Rules

Pre-Use Inspection
Inspect all controls, guardrails, brakes, wheels, and hydraulic systems before every use. Never operate a lift with damaged components or unresolved maintenance flags.
Never Exceed Rated Load Capacity
The rated capacity includes the combined weight of all workers, tools, and materials on the platform. Overloading is a leading cause of tip-overs and structural failures.
Maintain Fall Protection at All Times
Stay inside the guardrails at all times. Never lean over the rails, sit on the rails, or climb on the mid-rails to gain additional reach. Reposition the lift instead.
Confirm Ground Conditions Before Elevating
Operate only on firm, level surfaces. Check for holes, drop-offs, and floor irregularities. Always lower the platform fully before moving the lift to a new position.
Maintain 10-Foot Clearance from Power Lines
Electricity can arc from a live power line to the lift or operator even without direct contact. Maintain a minimum 10-foot clearance at all times and scan for overhead hazards before raising the platform.
Only Trained, Authorized Operators
OSHA requires all lift operators to be trained and authorized before use. Training must cover equipment operation, load limits, worksite hazards, and emergency procedures specific to the lift type being used.
Rolling Ladders vs. Powered Lifts -- Ballymore

Rolling Safety Ladders vs. Powered Lifts

Both are Ballymore products. Both are safe, OSHA-compliant, and built for industrial use. The question is which one is right for your specific task. Here is how to tell the difference.

Ballymore rolling safety ladders
Rolling Safety Ladder
Best for frequent repositioning and quick elevated access
Lower cost. Rolling safety ladders are a more economical solution for facilities that need elevated access without a large capital investment.
No charging or power needed. Ready to use at any time with no downtime for charging, no power access required, and no battery maintenance.
Operator must descend to reposition. Every move requires descending, repositioning, and reclimbing, which adds time and physical demand on repetitive tasks.
Limited platform space. Rolling ladders provide a single-user standing area with limited room to carry tools or materials at height.
Not suited for longer-duration elevated work. Tasks requiring extended time at height, maintenance, installation, overhead assembly, are better served by a lift platform.
Ballymore powered lifts
Powered Lift
Best for longer-duration elevated work and heavier tasks
Higher cost. Powered lifts require a larger upfront investment and battery charging infrastructure compared to rolling ladders.
Requires charging and power access. Electric lifts need regular charging and planned battery management to stay operational throughout a shift.
Larger footprint. Powered lifts require more floor space in use and in storage than rolling safety ladders.
Easier repositioning on powered models. Power Stocker lifts are self-propelled and can be driven to the next position, making repositioning faster and less physically demanding than pushing and maneuvering a rolling ladder.
Fully enclosed guardrail platform. Workers are protected on all sides for the entire duration of elevated work, eliminating fall exposure for longer-duration tasks.
Both hands completely free. No balance requirement means operators can handle tools and materials at full productivity throughout the task.
Built for extended elevated work. Powered lifts are the right tool for maintenance, overhead installation, and any task requiring sustained time at height with full reach and stability.
Both Are the Right Answer, for Different Jobs
Ballymore makes both rolling safety ladders and powered lifts because the right tool depends on the task, not a blanket policy. Frequent repositioning in tight aisles? A rolling ladder is faster and more practical. Extended overhead work, heavy tools, or multiple operators at height? A powered lift is safer and more productive. The advantage of working with Ballymore is that you do not have to choose between safety and the right tool. We have both, and our Certified Safety Professionals can help you figure out which one belongs in each area of your facility.
Lift Safety Video Library -- Ballymore

Lift Safety Video Library

Watch Ballymore powered lifts in use. Safe operation, pre-use inspection, and selection guidance for scissor lifts, vertical mast lifts, and Power Stockers.

Safe Operation
Power Stocker Safety
Safe operating procedures for the Power Stocker lift, covering load limits, ground conditions, and repositioning.
Safe Operation
Vertical Mast Lift Safety
Key safety practices for operating a vertical mast lift, including stability checks and safe working height limits.
Safety Training
Scissor Lift Safety and Training
A training overview of scissor lift hazards, operator responsibilities, and the safe operating steps every user should know.
Safe Operation
Mini Scissor Lift Safety
Safe use guidance for mini scissor lifts in tighter workspaces, including platform limits and setup checks.
Lift Safety FAQ -- Ballymore

Lift Safety Questions Answered

Have a question not covered here? Our Certified Safety Professionals are happy to help at no cost to you.

Ask Our Safety Team

This is one of the most commonly misunderstood points in lift safety. Scissor lifts are not classified as aerial lifts under OSHA. They meet the definition of a scaffold, which means OSHA's scaffold standards under 29 CFR 1926.451 (general requirements for scaffolds) apply, along with 29 CFR 1926.452(w) for mobile scaffolds specifically. Employers must also comply with OSHA's Hazard Alert HA-3842, which covers scissor lift fall protection, stabilization, and positioning requirements.

Choosing the right lift involves 7 key factors: lift type, working height, load capacity, power source, platform size, environment and surface, and operator training requirements. The right combination depends on your facility layout, ceiling height, task frequency, and how the lift will be used day to day.

Yes. OSHA requires all powered lift operators to be trained and authorized before operating any lift equipment. Training must be equipment-specific and cover safe operation, load limits, worksite hazards, pre-use inspection, and emergency procedures. Operator certifications are typically valid for three years from the date of issue. Ballymore's Certified Safety Professionals can conduct on-site operator training as part of a free ergonomic evaluation.

Ballymore lifts are designed primarily for indoor use on firm, level surfaces. Outdoor use on uneven ground, gravel, wet surfaces, or sloped terrain is not recommended as it compromises stability and increases tip-over risk. Wind is also a significant hazard, extended scissor lifts are particularly susceptible to instability in windy conditions. If you need outdoor elevated access, contact our safety team to discuss the right solution for your environment.

Weight capacity varies by model and lift type. Always check the capacity label on the specific lift you are using and ensure the combined weight of the operator, tools, and materials does not exceed the rated load. OSHA requires that lift equipment safely support at least four times the maximum intended load without failure or collapse. Never exceed the manufacturer's rated capacity under any circumstances.

A pre-use inspection must be completed before every single use, this is not optional. Inspections should cover controls, guardrails, brakes, wheels, hydraulic systems, and the work platform surface. In addition to daily pre-use checks, a thorough maintenance inspection by a qualified technician should be conducted according to the manufacturer's recommended service intervals. Any lift with unresolved maintenance flags must be taken out of service until repaired.

Not Sure Which Lift Is Right for Your Facility?

Our Certified Safety Professionals will evaluate your operation, identify your highest-risk tasks, and recommend the right solution at no cost to you.