Structural simplification
Consolidate inserts, trays, sleeves, closures, and repeated functions so the package itself requires fewer hand placements.
Explore structural redesign →Packout labor reduction
Reduce manual packout steps and total packed cost.
We evaluate the current packing sequence, component handling, closures, labeling, replenishment, movement, and the evidence behind labor assumptions.
At high volume, seconds matter. Cutting 30 seconds from 500,000 units can eliminate more than 4,000 labor hours.
Illustrative packout worksheet500,000 UNITS / YEAR
| Measure | Current | Improved | Annual impact |
|---|---|---|---|
| Annual volume | 500,000 | 500,000 | Base volume |
| Packout time / unit | 60 sec | 30 sec | −30 sec |
| Annual labor hours | 8,333 hrs | 4,167 hrs | 4,166 hrs saved |
| Loaded labor rate | $24 / hr | $24 / hr | Customer input |
| Annual labor cost | $199,992 | $100,008 | $99,984 saved |
| Packout touches | 8 steps | 4 steps | 50% fewer |
Formula
(Current seconds − Improved seconds) × Annual volume ÷ 3,600 × Loaded labor rateCurrent sequenceOpen insertLoad trayPlace bottlesClose + inspect
→Simplified directionStage trayPlace productsClose cartonTransfer
Conceptual example only. Actual savings depend on observed cycle time, volume, staffing, loaded labor rate, line conditions, and final process design.
What we review
Labor reduction begins with an accurate current-state sequence.
Packout labor is often hidden inside repeated hand placements, component preparation, folding, assembly, closures, labels, inspection, line replenishment, walking, searching, rework, and awkward workstation flow.
The objective is not simply to remove steps. It is to determine whether the package, process, workstation, supplier format, or fulfillment method can be simplified while maintaining protection, quality, compliance, and presentation.
- Current packout sequence and component count
- Observed or standard cycle time
- Annual volume and production pattern
- Labor rate and burden assumptions
- Replenishment, movement, and work-in-process
- Damage, inspection, rework, and exceptions
Three ways to reduce labor
Redesign the package, improve the work, or automate the right step.
Workstation and process improvement
Improve staging, replenishment, fixtures, conveyors, sequence, ergonomics, and transfer without overcomplicating the line.
Explore the audit process →Automation or contract assembly
Evaluate equipment, feeding, erecting, sealing, shrink, strapping, contract packout, co-packing, or a hybrid production model.
Explore automation and assembly →Visible answers
Questions about packout labor reduction.
Can RPG evaluate manual packout labor?
Yes. We document the current packout sequence, hand placements, assembly, closures, labeling, line replenishment, movement, annual volume, staffing, and operating constraints.
How are packout steps counted?
Steps are documented by action and sequence—for example retrieving a component, opening it, positioning product, placing an insert, closing, labeling, inspecting, and transferring the packed unit.
How are labor savings calculated?
A preliminary model compares the current and proposed time per unit, annual volume, labor rate, burden assumptions, and implementation requirements. Savings remain estimates until the process is observed or validated through trials.
What must be observed versus estimated?
Observed cycle time and physical steps are stronger evidence than assumptions. When direct observation is unavailable, customer standards, video review, engineering estimates, or supplier information can be used, but each input should remain clearly labeled.
Seconds become hours at scale
Bring us the current process, annual volume, and time per unit.
We will help determine whether packaging structure, workstation flow, automation, or fulfillment changes deserve a closer review.