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Process Optimization for Paper & Printing

Paper production and commercial printing operate on thin margins where material waste, job changeover speed, and color consistency determine profitability. LeanShift brings structured improvement to press rooms and paper machines, where every roll and every sheet counts.

Challenges

Job changeover on printing presses

Ink changes, plate mounting, and register adjustment between print jobs consume productive press time.

Paper waste and spoilage

Make-ready waste, web breaks, and color deviations generate significant material cost that erodes margins.

Color consistency across runs

Customers expect identical color reproduction across reprints. Achieving this requires standardized procedures.

Declining order volumes

Shorter print runs and increasing digital competition demand maximum efficiency from every press hour.

Relevant KPIs

OEEChangeover TimeScrap RateThroughputCapacity Utilization

Typical Process Example

1

Time the makeready process

Record every step from last good sheet of previous job to first good sheet of next job with the stopwatch.

2

Separate internal and external setup

SMED analysis: pre-mix inks, pre-mount plates on cassettes, pre-set ink zones while the press still prints.

3

Standardize color management

Create standard operating procedures for ink mixing, density targets, and color approval workflows.

4

Optimize paper path and waste

Muda analysis on web breaks, splice quality, and trim waste. Identify root causes with 5-Why analysis.

5

Coach and review

PDCA coaching with press operators. Compare the makeready time of each new recording with the archived ones, and track the counted waste sheets as a KPI of your own in the coaching reflection.

Typical Results

-30-50%
Makeready time
-20-35%
Paper waste
+10-20%
Press utilization
-40-60%
Color complaints

Relevant Methods

SMEDStandardized Work5S5-WhyPDCAKaizen

Frequently Asked Questions

Can LeanShift help in digital printing operations?

Yes. Digital presses have different bottlenecks, file preparation, RIP processing, substrate changes, but the same SMED and standardization principles apply to reduce job changeover time.

How do we reduce paper waste during makeready?

By standardizing ink pre-settings and timing makeready up to the first good sheet with LeanShift, teams see whether each new recording gets shorter. The counted makeready sheets go into the coaching reflection as a custom metric.

Is LeanShift useful for paper mills (not just printing)?

Yes. Paper machine grade changes, felt changes, and quality transitions all benefit from SMED analysis and standardized procedures. The stopwatch captures these long-cycle activities effectively.