Lift and Shift Planning: Safety, Strategy & Cost-Saving Tips

Whether it’s repositioning a single machine or relocating an entire production line, an industrial lift and shift is a high-stakes operation. Done well, it can improve workflow, free up space, and integrate new technology without affecting production. Done badly, it risks downtime, safety incidents, and unexpected costs.

In this guide, we’ll explain how to plan a lift and shift, the safety rules you can’t ignore, and cost-saving tactics that still protect quality. We’ll also share real-world case snapshots from UK manufacturing projects that show what good looks like.

What Is an Industrial Lift and Shift?

A lift and shift is the controlled movement of industrial equipment from one location to another, within the same facility or a new site. It can involve:

Moving a machine to optimise layout and material flow.
Relocating equipment between production areas (e.g., high-care to low-risk).
Full plant moves, including decommissioning and recommissioning.

These projects require coordination between riggers, mechanical engineers, electricians, controls technicians, and safety managers to ensure equipment arrives in the right place, fully operational, and compliant.

The Core Challenges of Equipment Moves

Safety risks — Large, heavy, and sometimes delicate machinery requires precise lifting and rigging techniques. Incorrect handling can injure staff, damage equipment, or cause structural damage to the facility.

Compliance obligations — UK law requires lifting operations to be carried out in line with LOLER, and machinery must meet PUWER requirements before being put back into service.

Downtime exposure — Every hour a machine is offline can affect order fulfilment and OTIF targets.

Integration complexity — Equipment may require mechanical alignment, electrical reconnection, and controls integration before it’s production-ready.

Safety First — Legal and Best Practice

When it comes to lift and shift, safety isn’t optional; it’s the foundation of the whole project.

LOLER (Lifting Operations and Lifting Equipment Regulations) states that all lifting equipment must be certified, inspected, and operated by competent personnel. This covers cranes, hoists, slings, and even forklift attachments.
PUWER (Provision and Use of Work Equipment Regulations) states that machinery must be safe to use post-move, with guards, controls, and safety systems functioning correctly.
RAMS (Risk Assessments & Method Statements). Detailed documentation outlining how risks will be managed and what controls will be in place.
Permits to Work. For activities such as hot works, confined space entry, or working at height.

Step-by-Step Planning for Success

Survey & scope
Conduct a site visit to measure access points, floor loadings, and equipment dimensions. Identify potential hazards such as overhead obstructions or tight turning circles.
Decommissioning
Isolate and make all utilities, power, air, water, steam, data, and gas safe. Document the disconnection points for smooth reconnection.
Mechanical & electrical disconnection
Label and protect cables, hoses, and interfaces. Take photos and mark connection points to avoid confusion later.
Lift & transport
Choose the right lifting method: cranes, forklifts, skates, hydraulic gantries, or air skates. Always ensure equipment is within safe working load limits.
Reinstallation & integration
Position equipment precisely, reconnect utilities, and integrate controls systems. Check mechanical alignment and calibration.
Testing & commissioning
Run functional tests, safety checks, and trial production batches. Complete PUWER inspection before full handover.

Cost-Saving Tips Without Cutting Corners

Plan during scheduled shutdowns — Avoids disruption to production schedules.
Batch moves together — Reduces mobilisation costs by handling multiple relocations at once.
Use modular components — Break down large machines into transportable sections to reduce crane hire time.
Reuse infrastructure — Re-purpose existing services such as power supplies, foundations, or guarding where feasible.
Hire specialist equipment — Avoid capital spend on gear that’s only needed once.

Real-World Case Snapshots

Beverage canning line repositioning

Challenge: Needed to make space for a new filler without reducing output.
Solution: Weekend move of existing line using hydraulic skates and forklifts, with M&E teams on standby.
Impact: Completed in 36 hours; no lost production days; full integration with new filler during next planned shutdown.

Bakery oven relocation

Challenge: A move is required to support the allergen segregation project.
Solution: Full mechanical disconnection, specialist lifting, and repositioning. PUWER inspections completed within 24 hours of recommissioning.
Impact: Met audit requirements ahead of schedule; zero safety incidents.

Dairy processing plant move

Challenge: The entire plant, including pasteurisers, tanks, and filling lines, will be relocated to a new facility.
Solution: 42 major assets were moved using cranes, low-loaders, and air skates. Disconnection and reconnection were coordinated with the M&E and controls teams.
Impact: Completed in 14 days; first production batch achieved target OEE from day one.

Working with the Right Lift and Shift Partner

A specialist lift and shift provider should offer:

Integrated M&E and controls expertise — so equipment is not only moved but re-commissioned successfully.
Accreditations — SafeContractor, ECA, and IOSH.
Proven track record — delivering projects with zero safety incidents and minimal downtime.
In-house lifting gear — reduces hire costs and increases flexibility.

We also offer Mechanical & Electrical Services and Project Management & Consultancy services.

10 Questions to Ask Before You Move Equipment

Are you LOLER-certified for lifting operations?
How do you ensure PUWER compliance post-move?
What’s your track record for zero downtime?
Do you handle M&E disconnection and reconnection?
How do you manage lifting risk assessments?
Can you provide full RAMS and permits?
Do you own or hire lifting gear?
How will you protect sensitive equipment in transit?
Who signs off commissioning?
Can you provide references from similar projects?

How FESS Group Handles Lift and Shift Projects

At FESS Group, we deliver end-to-end lift and shift projects, combining:

Skilled riggers, M&E engineers, and controls specialists.
Safety and compliance are standard operating procedures.
Rapid turnaround with minimal disruption.
The accredited team is SafeContractor, ECA, and IOSH.

Next Steps

Follow our Lift and Shift Planning Checklist (PDF), below, for your next move.
Book a site survey to scope your relocation project.

FAQs

What is LOLER, and how does it apply to equipment moves?
LOLER governs lifting operations in the UK, requiring inspections and competent operators for all lifting equipment.

Can you relocate equipment during production?
Yes, with phased works and careful scheduling, some moves can be carried out without halting the entire line.

Do you handle both mechanical and electrical reconnections?
Yes, our in-house team manages mechanical, electrical, and controls integration.

How long does a typical lift and shift take?
From hours for a single machine to weeks for a full plant — always planned around production needs.

What industries do you work in?
Primarily food, beverage, and wider manufacturing, including high-care environments.

Lift and Shift Planning Checklist

Your step-by-step guide to safe, efficient, and compliant equipment moves

1. Project Scope & Survey

☐ Site survey completed (measurements, floor loadings, access routes)
☐ List of assets to be moved with dimensions and weights
☐ Confirm final destination layout and utilities availability
☐ Identify potential hazards (overhead obstructions, confined spaces)

2. Compliance & Documentation

☐ LOLER inspection certificates for all lifting equipment
☐ PUWER compliance checks for all machinery pre- and post-move
☐ Full RAMS (Risk Assessment & Method Statement) prepared
☐ Required permits to work in place (hot works, working at height, confined spaces)
☐ Competence and training records for all personnel

3. Mechanical & Electrical Preparation

☐ Isolate all utilities (power, air, water, steam, data, gas)
☐ Label and document all disconnection points
☐ Photograph and mark cables, hoses, and interfaces
☐ Confirm safe storage or protection for delicate components

4. Lifting & Transport

☐ Select appropriate lifting method (cranes, forklifts, skates, gantries, air skates)
☐ Confirm lifting equipment Safe Working Load (SWL) exceeds requirements
☐ Ensure all lifting accessories are certified and inspected
☐ Plan transport route, vehicle type, and load securing method

5. Reinstallation & Integration

☐ Position equipment accurately in the new location
☐ Reconnect utilities, controls, and safety systems
☐ Check mechanical alignment and calibration
☐ Integrate with PLC/SCADA or control panels

6. Testing & Commissioning

☐ Complete PUWER inspection post-installation
☐ Perform functional and safety tests
☐ Run trial production batches
☐ Sign-off by the responsible engineer and the client’s representative

7. Cost & Time Management

☐ Schedule move during planned shutdown where possible
☐ Batch multiple moves together to reduce mobilisation costs
☐ Use modular or pre-fabricated assemblies where feasible
☐ Hire rather than buy specialist equipment if rarely used

8. Post-Move Review

☐ Update asset register and maintenance schedules
☐ Document lessons learned for future moves
☐ Archive all compliance certificates and test results

Pro Tip: Keep this checklist as part of your project file — it supports both operational success and audit readiness. ✅