Put a number on disconnected planning

Disconnected planning rarely shows up as one line in the accounts. It's spread across the business. A planner spending hours each week updating spreadsheets is a cost. So is a production team waiting on a missing part, urgent freight, excess stock, a late delivery, and management time spent chasing basic status updates.

Most margin loss isn't dramatic. It's the daily issues: ordering the wrong thing, building out of sequence, paying to expedite freight you didn't need, stoppages from avoidable shortages, and missed dates that turn into credits, penalties or lost customers.

MaXXflow creates value by reducing the cost of disconnected manufacturing planning. That's why it's worth treating as an investment in operational control rather than a software cost, and why the business case starts with what you're already paying.

The case for MaXXflow should rest on your own operating costs, not generic improvement percentages. An inflated ROI story is easy to challenge. One built from your own examples is much harder to argue with.

Your best evidence is the last few months. A recent job delayed by missing materials. A report that takes two days to prepare. A planning spreadsheet only one person understands. Each of these is a value anchor, because it's real and your colleagues recognize it.

Focus on where it hurts most. If stockouts are the issue, build the case there. If it's manual effort, focus on time. If it's excess stock, focus on working capital. There's no need to include every possible benefit, only the ones that matter to your business.

Each area has a straightforward calculation. Where you don't know a figure exactly, estimate low.

• Manual planning time. The hours spread across your team updating spreadsheets, checking stock, reviewing BOMs, chasing suppliers, confirming job readiness and preparing reports. Weekly hours × loaded hourly cost × 52. See Spreadsheets have become the system.
• Material shortages. A missing part rarely costs just the part. It means rescheduling, chasing suppliers, urgent freight, moving people to another job and delayed deliveries. Shortage events per month × average cost per event × 12. See Shortages found too late.
• Urgent purchasing. Freight premiums, supplier surcharges and higher part prices when requirements were spotted late, plus the buyer's time. Urgent orders per month × average extra cost per order × 12.
• Excess inventory. Stock ordered "just in case" ties up cash and space and risks going obsolete. Estimated excess inventory value × annual carrying cost percentage, where carrying cost covers storage, handling, insurance, obsolescence and the cost of capital. See Cash tied up in the wrong stock.
• Production disruption. The cause is usually upstream, but the cost lands on the shop floor. Hours lost per month × affected labor and overhead cost per hour × 12.
• BOM errors and rework. A missed part, a wrong quantity or an old revision means rework, reordering, scrap or delay, especially where BOMs are copied by hand from engineering. BOM-related errors per month × average cost per error × 12. See BOMs don't reach production intact.
• Management time. Meetings, chasing updates and asking several teams for the same information. Weekly hours spent chasing status × loaded hourly cost × 52. See Reports that arrive too late.
• Late deliveries. Penalties, discounts, credits, extra freight, customer service time and lost future orders. Late deliveries caused by planning issues × estimated cost per late delivery. Only count what you can evidence. See Delivery dates you can't stand behind.

Here's how three of those areas might add up for a manufacturer. The figures are illustrative, not results from a MaXXflow customer.

• Manual checking: about 15 hours a week across planning, purchasing and production, at a loaded cost of $60 an hour. That's about $46,800 a year.
• Shortages: around three disruptive shortage events a month, at about $800 each. That's about $28,800 a year.
• Urgent freight and supplier premiums: about $1,000 a month, or $12,000 a year.

Together that's about $87,600 a year, and it leaves out excess inventory, late deliveries, management time and customer confidence.

Now assume MaXXflow reduced only 30% of that visible cost. The 30% is an assumption for the example, not a measured result. The annual benefit would be about $26,280, before any gains from inventory control, less rework or better delivery confidence. The point is that even partial improvement can create meaningful value.

A business case your leadership team can test has a simple structure:

1. Current state. How you plan today: manual planning, spreadsheets, disconnected information.
2. Business issues. What that causes: shortages, urgent purchasing, disruption, excess stock or weak delivery confidence.
3. Estimated cost. Conservative calculations from your own examples, using the formulas above.
4. MaXXflow's impact. Better visibility, more planning discipline and earlier warning of risk.
5. Expected benefit. Less manual effort, fewer disruptions, better purchasing decisions, more confident delivery and planning that can grow with you.
6. Investment. Software, implementation, training and your team's internal time. Your proposal sets out the first three; see How MaXXflow pricing works.
7. Payback. Whether MaXXflow can reduce a meaningful share of the costs in step 3.

You don't need every problem to disappear for the investment to pay back. You need to reduce the most expensive and frequent ones. A case that says so is more credible than one that promises perfection.

The real comparison often isn't MaXXflow against another system. It's MaXXflow against continuing with the same planning process. If your products, parts, suppliers, jobs and customer expectations are growing, doing nothing has a cost too: more manual checking, more urgent purchasing, more interruptions, more dependence on a few key people, more excess stock and less confidence in delivery dates.

Working capital is often the biggest part of it. Manufacturers can have hundreds of thousands of dollars tied up in stock on the shelf, because they lack confidence in what they'll need and when. MaXXflow works from your forecasts, existing orders and inventory levels to determine which materials are needed and when, so stock can come down while customer commitments are still met. The goal isn't simply less stock. It's the right stock, for the right reasons.

Start with these, ideally with the people who live with each problem:

1. How many hours a week does the team spend updating planning spreadsheets or checking information by hand?
2. How often are jobs delayed because materials are missing or not ready?
3. How often do you place urgent orders because a requirement was found late, and what do you pay extra for freight or supplier premiums?
4. How much excess stock is tying up cash or warehouse space?
5. Have planning issues affected customer delivery dates, and what did that cost?
6. How much management time goes on chasing status updates?

Then put your answers into the planning cost check to see roughly what they add up to each year.