Orders constantly delayed? Where time really goes in document-heavy manufacturing

Every factory floor runs on orders, but many would agree that it's a slow process. An order that could reach the floor in a day can often take weeks to get there, and only a few hours of that long wait involve anyone doing real work on it. The rest of the time it sits in an inbox waiting for someone to pick it up. When it finally moves, it gets rekeyed into a second system that can't read the first one, or parked again while someone chases down an unconfirmed spec.

That lag is called information friction, which is the gap between how fast a team could work and how slowly a scattered, disconnected process lets them. This article explores the issue in more detail, and shares how leading manufacturers get their order processes moving without someone having to constantly push them along.

On a process map, an incoming order looks like a tidy sequence of boxes and arrows. Capture it, confirm it, release it to production, ship it. The reality is messier. By the time the part actually gets built, the hands-on work might add up to a couple of hours while the calendar shows weeks, and everything in between is dead time the process builds in. That time collects in four places:

• A handoff nobody owns:
  A finished order confirmation lands in the next person's inbox and just sits there, because nothing tells them it's their turn. The lost days only surface later, when someone asks why the order took so long to reach the floor.
• The same details, keyed again:
  Nothing carries the part numbers, quantities and delivery dates forward, so they're entered from scratch at order entry, then again into the ERP, then again into the quality system. Every re-entry burns minutes and adds a fresh chance for a typo someone downstream has to catch and fix.
• A document that takes three searches to find:
  The drawing or spec exists, but it's spread across a shared drive, the PLM system and an email thread, so pinning down the current revision means checking all three while the order waits.
• A gap found too late:
  A deviation on the order confirmation, a mismatched quantity, price or delivery date, or a spec that was never confirmed, slips through and nobody notices until the order hits a stage that can't proceed without it. So it loops back, and the clock resets.

None of this is down to people working too slowly. Each is a point where the order needs a person to push it forward, because nothing in the process moves on its own.

• A lost-order cost:
  The clock that keeps a customer waiting is running against you too. Manufacturers take 24 to 72 hours on average to turn around a quote request, but buyers comparing two or three suppliers form a preference within about four hours. By the time your confirmation lands, the decision has usually already been made, and a buyer who waited will happily place the next order elsewhere.
• A customer-experience cost:
  A customer calls to ask when their order ships or why a quantity changed, and the answer lives in two systems, so they get put on hold or called back later. McKinsey's B2B Pulse survey found that more than half of buyers would switch supplier over a poor experience.
• A capacity cost:
  A team hits a ceiling it can't push past no matter how hard it works, because what's holding it back is the friction baked into the process. So, the plant adds people, paying salaries to move documents between systems that should be talking to each other. In the US, a manually processed B2B order runs $30 to $80 apiece in labor and error correction, against $1 to $5 for an automated one. It's an expensive way to scale a problem instead of fixing it.
• A search cost:
  All that hunting for the right drawing or spec has a price tag of its own. McKinsey puts it at close to a fifth of the workweek, nearly a full day each week gone to looking for internal information, paid out of salaries you're already covering.
• A risk cost:
  Every manual handoff is another place a document can be missed or lost, and you rarely find out at the time. You find out when an auditor asks for a record you can't produce, or when a line turns out to have been building to an older revision. Sedgwick counted 3,295 US recalls across five major industries in 2025.
  

An order is only finished once the customer has paid, and the stretch between those two points is the order-to-cash cycle. Documents move it along at every stage, and every one of them is somewhere it can stall. A document management system reads each document as it arrives, works out what it is and checks the order against what your ERP already holds. When everything matches, the order's created without anyone touching it. When a quantity, price or delivery date doesn't line up, that's the only time it reaches a person. The same happens later on, where delivery notes get matched against what actually shipped and invoices go out in the formats your customers now expect. Everything files itself into an electronic file built around the order, so the confirmation, delivery notes and invoice sit together instead of scattered across drives and mailboxes.

Here's what that changes day to day:

• A single source of truth:
  The engineering and quality paperwork sits against the same order as the commercial documentation, so a question about a tolerance and a question about an invoice line get answered in the same place.
• The right revision, every time:
  Version control means nobody builds to a superseded drawing.
• No dead time between stages:
  The next stage starts as soon as the last one finishes, instead of waiting for someone to notice.
• Fewer disputes, and faster ones:
  When an invoice gets questioned, the order and the delivery note are already sitting alongside it, so the query's settled in a call rather than a fortnight of email.
• A record that holds up:
  Every approval is captured with the person and the date attached, which is what matters when an audit or a warranty claim lands two years later.

If you want to see what this looks like in practice, the story of i-PRO Americas should be your next read. Orders were reaching the US video-technology manufacturer in a different format from every customer, and each one had to be keyed into SAP by hand. Today, 70% of them are captured automatically.

Read the i-PRO Americas' story.