Solutions · Production
Production, a capability you can own.
What sales promised, what the plant agreed to make, what was made and what left. One record, built with you around your products, units and plants, and yours to build on afterwards.
One plan line, as stored
- 17:40Plan issuedTomorrow's dispatch plan for the plant, version 1200 drums
- 08:05Plan acknowledgedBy the plant head
- 08:20Plan shortfall flaggedOne line cannot be met. Reason written for sales180, not 200
- 08:35Plan revisedVersion 2. Acknowledged again180 drums
- 08:50Work order releasedBill of materials version pinned
- 14:10Production completed2 rejected · quality passed · leak test passed180 good
- 14:10Serials generatedOne per good unit180
- 16:25Dispatch createdStock committed at loading, not before180 loaded
Event names from the system built for an industrial packaging manufacturer. Times and quantities are invented.
Running it today
The plan lives between people.
If you run a plant, you already know your production plan is not a document. It is a conversation. Sales takes orders by email, by WhatsApp and by word of mouth. The dispatch plan reaches the plant by phone. The plant makes what it can and answers the same way, and the answer is rarely written down.
At a maker of industrial packaging, orders are keyed in by the sales team from messages and calls, and material that has left a vendor but not reached the plant is not visible to anyone. At a textile finisher, the packing plan was a handwritten work order on a pre-printed form, with several programmes sharing one sheet. Nobody could see how far folding had got, so packing could not be planned on what was ready. At a building-materials manufacturer with many plants, head office learns what each plant has received, made and held by telephoning it.
In each of these the work gets done. What is not there is a single record that sales, the plant and head office can each read without asking someone.
Why own it
Your plant changes faster than a release schedule.
Production is where your business differs most from the business next door: your recipes, your rejects, your units, the way a plan is agreed. A packaged production module covers what every plant has in common. It expects routings, work centres and standard times, and a plant that reports against them.
The trouble starts with the first thing it did not expect. A plant head who needs to say "180, not 200" and have sales read the reason. Cloth that is measured in metres until it becomes offcuts and is weighed. A plant that reports only finished output. In rented software each of these is a request to a vendor, placed in a queue behind other customers and decided by a roadmap you do not set. Meanwhile the floor goes back to the phone.
When the system is yours, the order is reversed. What gets built, and when, is your decision. The process changes on Tuesday, and so does the system.
What an owned system records
The plan, the answer and the output are separate events.
Most software records what is. Phlo records what happened. In the system built for the packaging manufacturer, the next day's dispatch plan is drafted for each plant from the open order lines. Sales adjusts it and issues it. The plant head acknowledges it, or flags a line the plant cannot meet. A revision is a new version, and the earlier one stays.
A work order is raised against a plan line, the production run records good and rejected counts with the quality results, and dispatch commits stock at loading. The chain beside the headline is one such line, from the evening it was planned to the truck. Because every step is stored and none is overwritten:
- Trace. A dispatch carries the serial ranges it loaded. A work order carries its serials, its recipe version, the plan line it was raised against and the sales order behind it.
- Correct without overwriting. A revised plan is a new version and a new event. A stock adjustment is an event with a person and a reason code. The first figure is still there.
- Reports that draw on history. Planned against made, the lines flagged short and rejects by product can be drawn from the record, not compiled for a meeting.
Already handled
The hard parts, already built once.
Each of these is a case a real plant has, modelled in the system built for the client named above it. None of it was invented for a brochure.
Industrial packaging manufacturer: Production management case study
The line the plant cannot meet
Flagging a shortfall needs a reason and the quantity the plant can deliver. Sales reads it and revises the plan. Both versions stay on the record.
Industrial packaging manufacturer: Production management case study
Two orders, one pile of stock
When plan lines compete for the same finished stock, the plan works out the total that must be made, not a separate figure for each line.
Industrial packaging manufacturer: Production management case study
Materials checked before release
A work order's bill of materials is checked against real stock before it is released, and the shortages are listed. Consumption is computed from the bill and can be overwritten with actuals.
Industrial packaging manufacturer: Production management case study
Rejects that go back into the recipe
For plastic products, flash and rejected units return to regrind stock as an event of their own. Steel rejects are counted as rejected and do not return to stock.
Industrial packaging manufacturer: Production management case study
A serial on every good unit
Serials are generated when a run is posted, one for each good unit. A dispatch attaches serial ranges from units that passed quality, so the dispatch record shows which serials it loaded.
Textile processing house: Inventory management case study
Stages without fixed stations
Cloth moves through receiving, folding, classification, cutting and baling on an open floor with no fixed stations. Each stage shows only what has not yet moved on, so nothing is counted twice.
Textile processing house: Inventory management case study
Metres and kilograms in one lot
Low-grade offcuts are weighed, not measured. The lot's own metres-per-kilogram figure converts them back to metres, so the yield of the lot adds up.
Large cement manufacturing company: Plant inventory case study
The plant that reports only output
The plant logs the finished quantity. The bill of materials deducts every component, and the version used is stored with the log, so a recipe change affects future production only.
Large cement manufacturing company: Plant inventory case study
Output that runs ahead of receipts
Logging production that takes a component below zero is recorded and flagged against the entry. It is not blocked.
The first build
The first build describes your plant, in your words.
The first build is not a pilot. It is where your operation gets described, and that description is what every later system is built from. For production it is written at the plant, with the people who issue the plan and the people who answer it.
Entities
The things your operation keeps track of.
- Your products and their recipes, by version
- Your plants and lines
- The plan: who drafts, issues and answers
- Your serial or lot numbering
Events
What happens to them, in your words.
- Plan issued, acknowledged, revised
- Work order released
- Production completed, with your quality checks
- Dispatch created, with your documents
Exceptions
What happens when it does not go to plan.
- The line that cannot be met
- What a reject becomes: scrap, rework or raw material
- A recipe change with work already released
- Output that runs ahead of receipts
What carries forward from the foundation
The first build is fast because most of it is already written. The event log, roles and permissions, approval chains and reporting exist before we arrive, so the weeks go into the list above. Production is entered by people in each of the systems on this page. Reading counts from machines has not been built, and we do not promise it before seeing your floor.
What comes after
The second plant sits on the first plant's history.
Once the plan and the output are on record, the next process does not start from nothing. Purchasing can read what the plan will consume. Stock can read what production made. A second plant uses the same products, roles and reports. This extends without a migration: new processes sit on the history you already have.
After the first build the framework becomes available to you. Your own engineers and product people can build the next system on it, or we carry on building for you. Both stay open, and which you choose is settled in the first conversation, scoped to the engagement.
Get started
Tell us how the plan reaches your plant.
Who issues it, who answers, and what happens when a line cannot be met. The first conversation is about your operation, not a demo.
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