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Fulfillment

When Warehouses Should Use 'Lift From Both Sides' Labels And Procedures

Updated October 16, 2026
Published October 16, 2026
William Carlin

Lift From Both Sides

Definition

A safety handling instruction indicating the lifting or material-handling method described by 'Lift From Both Sides'.

Overview

Lift From Both Sides A safety handling instruction indicating the lifting or material-handling method described by 'Lift From Both Sides'. Use of the phrase signals that handlers must engage opposing sides during lift operations.


Knowing when to require Lift From Both Sides avoids unnecessary restrictions and prevents missed safety controls. Facilities typically add the label when the product geometry, packaging, or internal bracing makes single-side engagement unsafe. The goal is to ensure predictable center-of-gravity behavior and reduce point-loading that can crush, deform, or break packaging or the product itself.


Common Scenarios That Require Bilateral Lifts


  • Fragile Or Brittle Contents: Glass, ceramics, and fragile electronics that can crack under uneven stress.
  • Long Or Large Panels: Doors, display panels, and sheet goods that will sag if supported only on one side.
  • Soft Or Flexible Packaging: Bags, shrink-wrapped bundles, or bladders that deform and shift when lifted unevenly.
  • Unstable Pallets: Pallets with high-stacked or top-heavy loads where a single-side lift could tip the stack.
  • Partial Crates Or Open-Frame Loads: Loads lacking rigid enclosures that rely on dual support to remain square.


Decision Checklist For Receiving And Packing Teams


Before marking a pallet or crate with a Lift From Both Sides instruction, use this quick checklist: confirm the load weight and dimensions, inspect packaging for fragile components or weak seams, determine center-of-gravity location, and evaluate available equipment (two-person lift capability, tandem forklifts, or side-lifting attachments). When two or more checklist items indicate risk, apply the label and document the handling requirement on the bill of lading or packing list.


How SOPs Should Capture The Requirement


Standard operating procedures should specify who assigns the label (packer, quality control, or materials engineer), where the label is applied (both long faces and paperwork), and acceptable lift methods (manual two-person lift, forklift with spreader bar, side-loader) including equipment capacity and configuration. Include diagrams showing fork positions or hand placements and enforce an escalation path when equipment to meet the instruction is not available.


Logistical Considerations For Fulfillment Operations


Labeling loads for bilateral lifts affects throughput and resource planning. Two-person manual lifts consume labor and require coordination; tandem forklift lifts require scheduling and qualified operators plus certified lifting gear. To avoid bottlenecks, track the volume of bilateral-lift items in your WMS or ERP so receiving and staging areas allocate the correct handling resources and specialized attachments are available without delaying orders.


Special Cases: Export, Transportation, And Compliance


Export crates marked Lift From Both Sides may also be subject to carrier handling requirements. International carriers expect crates to be rigged for crane or forklift handling; failing to mark or rig bilateral lifts correctly can lead to refusal, transload damage, or additional surcharges. Document the instruction on shipping papers and inform carriers during booking to ensure the proper equipment is used during road, rail, or port transfers.


Training And Culture To Support The Label


Train staff to recognize and respect the instruction as a mandatory control, not a suggestion. Run lift-team drills that practice synchronized commands, correct hand placements, and emergency stop procedures. Reinforce that ignoring bilateral-lift labels carries both safety and financial consequences: worker injury, product damage, and increased claims.


In short, the Lift From Both Sides instruction should be applied when load geometry, fragility, or center-of-gravity concerns create a material risk from single-point or single-side lifting. Capturing the requirement in SOPs, labeling consistently, and planning equipment and labor keeps fulfillment operations safe and efficient.

Sources And Additional Reading (3)

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