Service 4 of 6
Flow Analysis

You can't improve flow you can't see.

Every extra foot a material, product, or person travels is a recurring cost — in labor, in time, in errors. Flow analysis maps how material, people, and equipment actually move, not how they're assumed to.

What It Is

Mapped in full — not assumed

Most facilities have a rough mental model of how product moves through them: it goes in the dock, down this aisle, through that line, out the other dock. In practice, it rarely runs that clean. Flow analysis traces the actual movement of every product, part, and person — not the simplified version everyone assumes is happening.

That distinction matters more than it sounds like it should. On one recent engagement, a production line that every stakeholder assumed ran in a simple straight line turned out, once actually mapped, to be anything but. You can't fix a bottleneck you've mis-modeled, and you can't shorten a travel path you never measured in the first place.

Typically used when

Throughput is below where it should be, travel distances feel excessive, or you're redesigning a process and want the layout to support it rather than constrain it.

THE INSIGHT

Every move of one product and its parts through a facility can be mapped in full — not assumed. In one engagement, a production line every stakeholder had assumed ran in a simple straight line turned out, once traced, to be far more tangled. Flow you haven't mapped is flow you can't improve.

Detailed production line flow diagram with every traced path between stations

Production line detail: every path traced station to station — far more tangled than the mental model anyone starts with.

Facility-wide product flow map traced across the full warehouse footprint

Facility-wide view: the same traced movement, zoomed out across the full footprint — the version leadership had never seen.

Sample Work · Anonymized Client Engagement

Where distance adds up

Aggregate product flow diagram with annotated travel distance

Aggregate flow for 15 product lines, with total travel distance calculated before and after a proposed flow-path reduction. Product and line names shown are illustrative placeholders; the underlying flow analysis is real.

365 miles/year of product travel mapped, cut to ~256 miles/year with a proposed 30% flow-path reduction
What You Get

Numbers leadership can act on

Full flow map

Every product and part traced through the facility, not simplified to an assumed path.

Travel distance, quantified

Aggregate and per-product travel distance, so improvement options can be compared on real numbers.

Reduction opportunities

Specific flow-path changes ranked by impact, with before-and-after distance calculated for each.

Not sure if this is the right starting point?

Most engagements start with a quick conversation about where you are in the process.

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