Guides / Operating gaps
A customer PO lands in the inbox as a PDF. Somebody opens it, reads the part numbers, quantities, prices and dates, and hand-keys all of it into the ERP to create the order. Most of the time it goes fine. The trouble is the ones that don't — the line keyed a digit off, the price that's still last year's number, the PO that sat unread over a busy afternoon. This is about taking that re-keying off a person's plate, with a watcher that runs on the shared mailbox and ERP you already have.
If you want to automate customer order entry in a manufacturing shop, start with where it actually happens: a customer PO arrives by email, and someone types it into the ERP by hand. Sales order entry automation isn't about ripping that out — it's about reading the PO for them, checking it against what you quoted, and handing back an order that's ready to process. Customer PO to ERP automation, sized for the shop where the orders still come in as PDFs.
I ran a machine shop for a decade. Order entry was never glamorous and it was never staffed like it mattered — it was whoever had the inbox open, between a hundred other things. The work got entered. But a mis-keyed line or a price that quietly went stale doesn't announce itself. You find out at month-end, or when the repeat job you've run for three years turns out to have been losing money the whole time.
The job is simple to describe and easy to get wrong under load. A customer sends a PO. Someone reads it and creates the order in the ERP. Every place that hand-off can break:
This is a known pain, not something I'm inventing to sell a tool. The people who write about order processing describe the same thing: orders that arrive by email and PDF get re-keyed into the ERP, and the re-keying is where mismatched prices, wrong quantities and incomplete details creep in — errors that are cheap to fix at entry and expensive once production has started (Conexiom, OrderSync Pro). The big shops solve it with EDI and customer portals — the customer's system talks straight to yours, no typing. That's real, and where it's in place it works. Most job shops aren't running EDI with most of their customers, and aren't about to stand up an EDI project to fix a problem that lives in one mailbox and one person's afternoon.
Here's the one we built and deployed for a mid-size machine shop. Their setup is probably close to yours: incoming customer POs get forwarded to a shared mailbox. That forward is the trigger — it tells the system an order exists. Nothing changes in how the customer sends, and nothing changes in what ERP you run.
The operator still owns the order. They review the draft, handle any flags, and send the order confirmation back to the customer. What's gone is the typing and the line-by-line cross-check against the quote — the routine part — so their attention lands on the two orders that need a human instead of being spread across the forty that don't.
I'd rather be straight about the edges than oversell it. This does not remove the person — it focuses them. The operator still sends the order confirmation and still reviews every flag; the system drafts and checks, it doesn't decide. It flags discrepancies, it doesn't fix them — when the price on the PO doesn't match the quote, it tells the operator, who makes the call. And it depends on the PO arriving in a form it can read: a clean PDF or a normal email, not a photo of a fax with handwriting in the margin. When it can't read one cleanly, it surfaces the order for a person to enter by hand instead of guessing. A tool that's honest about what it can't read beats one that pretends it read everything and quietly enters a wrong number.
Put it in your own terms. What does it cost when a quantity is keyed wrong and you find out at the dock? Material, machine time and labor already spent, plus the expedite to make the date. What does it cost when a repeat part runs a full year at last year's price? That one doesn't show up as a single bad day — it shows up as a job that should have made money and didn't, every time you ran it.
The results from the actual deployment, stated plainly, for the monitoring period:
No. They keep emailing the PO the way they always have. The only change is on your side: incoming POs get forwarded to a shared mailbox, which is one address on a forwarding rule. Nothing about the customer's experience changes.
No. It runs on top of the ERP and mailbox you already have. It reads the quote and part history from the ERP and drafts the order into it; it doesn't ask you to move order entry into a new platform or pay per seat.
No, and it's not trying to be. EDI is the right answer when a customer's system can talk straight to yours. This is for the orders that still come in as a PDF in an email — most of them, for most shops — where the only thing standing between the PO and the ERP is a person re-typing it.
It deploys inside your own Microsoft 365 or Google tenant plus managed infrastructure we look after. You own the software outright — no per-seat license, no lock-in. There's a 12-month care plan after deploy.
It starts with a paid Diagnostic to confirm your mailbox, ERP and quote setup fit. From there most builds run four to eight weeks, fixed price, before deploy.
Related reading: vendor PO acknowledgment tracking without a procurement platform — the same shared-mailbox watcher approach, pointed at the orders you send instead of the ones you receive.
If customer POs are getting typed into the ERP one at a time — and the odd stale price or mis-keyed line is slipping through — send a note. First call is free and runs about 30 minutes — mostly questions about how your order entry actually runs. We'll figure out together whether there's a fit. No demo, because it's custom work; there's nothing to demo until it's yours.