Manufacturing: from the paper job card to continuous shop floor feedback
Production orders, feedback from the shop floor, material issues, inspection records, batch allocation and maintenance evidence still depend on paper, on calling across the hall and on the knowledge of a few individuals. We capture that chain as it actually runs in your plant, connect the systems you already have, and make the status of an order visible without anyone having to ask.
In manufacturing companies two worlds run alongside each other: the commercial world of orders, bills of material, dates and costing — and the reality on the shop floor with set-up times, rework, missing material and machines that will not cooperate today. The two are usually joined by hand: through a job card that travels with the batch, through a pile of feedback slips in the evening, and through people who simply know where a batch currently stands. That works as long as volumes stay manageable and nobody falls ill. The moment a customer asks about a delivery date, or an auditor asks to see a batch, the effort becomes visible.
Where the same detail is created — and when it reaches the system
| Detail from production | Created today on | Reaches the system | Finding |
|---|---|---|---|
| Start and end of the operation | paper job card | once the card returns to the office | delay of days |
| Good quantity and scrap | note at the workstation | at the batch entry | delay of days |
| Material issue | slip in the store | when the slip arrives | allocation uncertain |
| Inspection values | paper form | when it is filed | search in a claim |
| Batch and traceability | knowledge in people and folders | on request | depends on individuals |
Which workflows cost the most time in manufacturing
We deliberately avoid talking about workflows in the abstract and instead talk about the things that have a name in your plant: the production order, the job card, the feedback, the material issue, the inspection record, the batch allocation, the maintenance schedule and the supplier price list. Each of these has a point of origin, a route, and a place where it first reaches a system. The distance between the point of origin and the system is the figure that explains almost everything in manufacturing: the larger it is, the later figures become available, the more often data is entered after the fact, and the more the book stock diverges from what is actually on the shelf.
Production order and job card
The order is created in the commercial system, printed, and travels as a job card with the batch through the operations. Changes to quantity, date or drawing revision often never reach the card. We make sure the card exists digitally and that changes arrive where the work is being done.
Feedback from the shop floor
Good parts, scrap, rework and time spent are noted on a slip and entered later in one batch. Until then, the degree of completion is an estimate. Recording feedback at the workplace — via terminal, tablet or barcode scan — is usually the single step with the greatest effect.
Material stock and issues
Issues from the store or from line-side supply are not always booked. Book stock drifts away from actual stock, replenishment happens by eye, and at stocktaking the difference has to be explained. We start with booking at the moment the material is taken.
Inspection records and measurements
First article, in-process and final inspection: readings are written onto forms and filed in binders. When a complaint or an audit arrives, the search begins. Digitally captured readings can be linked to the batch and the order and found again within seconds.
Batches and traceability
Which raw material, which sub-component batch and which machine setting went into a delivered assembly? Where that link exists only in handwritten notes, a single query ties up several people for hours. A continuous link from goods receipt to delivery note turns the answer into a simple lookup.
Maintenance and servicing
Maintenance intervals, inspection deadlines for equipment and recurring servicing tasks often live in individual people's calendars. If someone is away, the date goes with them. A shared plan with automatic reminders and documented completion is technically simple and noticeable straight away.
| Workflow | Typical friction in manufacturing | What it costs day to day |
|---|---|---|
| Production order | A paper job card travels with the batch through the operations | The status of an order is only known once the card comes back |
| Shop floor feedback | Quantities, scrap and rework are typed in together in the evening | Completion status and post-calculation lag behind production |
| Material issue | Issues are booked late or not at all | Book stock and shelf diverge, replenishment happens on instinct |
| Inspection record | Readings on a form, filed in a binder at the inspection station | For complaints or audits, people search instead of proving |
| Batch allocation | Raw material is linked to the batch only through notes and memory | A single traceability request ties up several people for hours |
| Maintenance | Service dates sit in individual people's calendars | Unplanned downtime and missing evidence for inspectors |
| Supplier data | Prices, minimum quantities and lead times in scattered lists | Costings are based on outdated purchase prices |
Paper job cards, knowledge in people's heads, figures at month end
Three patterns keep appearing in manufacturing companies. The first is the paper job card: it is robust, everyone understands it, and it is the only place where the progress of a batch is recorded. While it is travelling, that progress is invisible to everyone else. The second pattern is knowledge in people's heads: where a pallet of raw material is stored, which machine is used for the tight tolerance, which customer has a special concession — two or three people know, and nobody ever wrote it down. The third pattern is reporting at month end: scrap rate, delivery reliability and post-calculation only appear once the month is over. That turns them into bookkeeping about the past rather than a tool for the coming week.
All three patterns share the same core: data arises in one place and is needed in another, with manual work in between. Anyone who tries to solve this with more discipline simply shifts the load onto the people who already have the most to do. Anyone who solves it with technology has to move the point of capture to where the event happens — at the machine, at the inspection station, at the storage rack. That is exactly what our projects are about, and it is why each of them starts with a process analysis on the shop floor rather than with the selection of a piece of software.
Where IT helps — and where people still decide
Tasks sorted properly
Not everything in manufacturing should be automated. The dividing line runs where a rule turns into a judgement call.
Well suited to IT
- Included: Recording quantity, scrap and time directly at the workplace
- Included: Booking material issues at the moment the material is taken
- Included: Linking batch, order and measurement without a second entry
- Included: Reminding about maintenance and inspection deadlines and documenting completion
- Included: Calculating delivery reliability, scrap rate and utilisation from existing data
- Included: Providing evidence for audits, complaints and customer enquiries
Stays with people
- Not included: Deciding between rework, concession and scrap on a borderline sample
- Not included: Rescheduling the set-up sequence when two dates become tight at once
- Not included: Assessing a machine fault and deciding whether production continues
- Not included: Judging a customer complaint where the readings are within tolerance
- Not included: Choosing a substitute material when the planned batch is unavailable
- Not included: Rare special production runs that work differently every time
Automation does not replace a manufacturing decision
Machine data: only as far as it works without touching the controls
Reading yes, intervening no
Machine data is tempting: run time, downtime, piece counter and fault messages already exist inside the equipment. We only collect that data by routes the manufacturer has provided — through an open data interface, a signal contact, a shop floor data terminal or an export file. What we do not do: program the controls, bypass safety functions, or put equipment onto a network without the manufacturer's approval. The reason is not caution for its own sake but liability, warranty and operational safety. Where a machine has no usable interface, we say so plainly and propose capture at the workplace instead of forcing a technical solution nobody could take responsibility for later.
- Reading data through the routes the manufacturer provides, documented and reversible
- Network separation: the machine network and the office world stay cleanly apart
- No changes to control programs and no bypassing of safety functions
- Where no interface exists: capture at a terminal instead of an improvised workaround
- Older equipment without a data output is deliberately left out and named as such
How a project runs in a manufacturing company
Capture on the shop floor
We follow the route of a batch: order release, material supply, set-up, machining, inspection, packing, dispatch. Along the way we note every act of writing, every handover and every point where somebody retypes a detail. The process analysis ends with a written report in which every finding appears with its frequency and estimated time consumed — sorted by effort and impact.
Recording the system landscape
In parallel we record which systems are in use: inventory management, production planning, time recording, gauge management, spreadsheets and the lists nobody officially keeps. We clarify which system should own which detail, so that two versions are not maintained later. Where details are held twice, data integration describes the route to a single leading source.
Connecting the systems
We then connect what belongs together: order and feedback, material booking and stock, measurement and batch, delivery note and batch record. For this we use existing interfaces where they exist and build them where they are missing. Testing is done with real orders from your production, not with invented examples.
Replacing manual work
Recurring manual steps are taken over by process automation: generating job card data, booking feedback, reminding about due maintenance, producing the inspection certificate for the delivery note. Paper documents that still arrive — delivery notes, material certificates, forms — go through document digitisation into a filing structure where they can actually be found.
Making the figures visible
Once feedback and material bookings run cleanly, reporting appears almost by itself: delivery reliability, scrap by part and machine, set-up share, open batches per operation. How that becomes an overview on screen in the morning rather than an email at month end is described on the metrics and reporting page.
Rollout and operation
New workflows are explained during the shift, not in a training room: a short briefing at the terminal, an illustrated instruction sheet at the machine, one named contact for the first few weeks — details under training and rollout. Afterwards, operations and maintenance can monitor the transfers on your behalf, while process documentation records how the workflow now runs.
We follow the route of a batch: order release, material supply, set-up, machining, inspection, packing, dispatch. Along the way we note every act of writing, every handover and every point where somebody retypes a detail. The process analysis ends with a written report in which every finding appears with its frequency and estimated time consumed — sorted by effort and impact.
In parallel we record which systems are in use: inventory management, production planning, time recording, gauge management, spreadsheets and the lists nobody officially keeps. We clarify which system should own which detail, so that two versions are not maintained later. Where details are held twice, data integration describes the route to a single leading source.
We then connect what belongs together: order and feedback, material booking and stock, measurement and batch, delivery note and batch record. For this we use existing interfaces where they exist and build them where they are missing. Testing is done with real orders from your production, not with invented examples.
Recurring manual steps are taken over by process automation: generating job card data, booking feedback, reminding about due maintenance, producing the inspection certificate for the delivery note. Paper documents that still arrive — delivery notes, material certificates, forms — go through document digitisation into a filing structure where they can actually be found.
Once feedback and material bookings run cleanly, reporting appears almost by itself: delivery reliability, scrap by part and machine, set-up share, open batches per operation. How that becomes an overview on screen in the morning rather than an email at month end is described on the metrics and reporting page.
New workflows are explained during the shift, not in a training room: a short briefing at the terminal, an illustrated instruction sheet at the machine, one named contact for the first few weeks — details under training and rollout. Afterwards, operations and maintenance can monitor the transfers on your behalf, while process documentation records how the workflow now runs.
Entry point · net plus VAT
- Review follows a real batch from order release to dispatch
- Systems, lists and filing locations across production fully recorded
- Report with findings, measures and estimated prices
- A fixed price for implementation once the scope is known
For one clearly defined workflow at a single site — for example the route from production order to shop floor feedback — the process analysis is 1,900 € net. It covers the review on the shop floor, a record of the systems involved and a written report with prioritised measures and estimated prices. Implementation starts at 4,900 € net per automation or interface as a fixed price after the analysis, ongoing support at 190 € net per month. All prices net plus VAT; details on the pricing overview.
Prices as of September 2026. Ongoing services are booked individually and can be cancelled monthly; there is no minimum term.
Traceability, inspection evidence and retention
In manufacturing, documentation is not an end in itself but part of the product. Customers in automotive supply, in steel processing, in plant engineering or in food processing require evidence that links a delivery to a batch, an inspection and a gauge. Your quality management defines which records are created and how long they remain available; commercial documents are additionally subject to retention duties under commercial and tax law, and the applicable periods are confirmed by your tax adviser. Technically this comes down to one thing: evidence that is only assembled when the audit arrives is expensive. Evidence that arises as a by-product of daily work is close to free.
- Linking the goods receipt batch to the production batch, operation and delivery note without a second entry
- Capturing readings digitally at the inspection station, linked to gauge, inspector and time
- Gauge management with calibration deadlines and reminders before they expire
- Evidence of completed maintenance and recurring inspections on equipment
- Approvals and blocks documented and traceable, including the responsible person
- Filing structured so that evidence can be found by order, batch or customer
- Retention and backup of records on systems located in Germany
No legal advice, no certification service
Typical starting situations in manufacturing companies
Illustrative scenarios from typical project sequences (project experience), anonymised and without customer details. No guaranteed outcomes.
What we do not take on in manufacturing
- No intervention in machine controls: we do not program machine controls and do not alter safety functions.
- No production planning as a consulting service: set-up sequences, batch sizes and capacity decisions stay with your work preparation.
- No quality assessment: we do not judge parts, borderline samples or complaints.
- No certification or audit work as an assessing body: we supply the evidence but do not evaluate it.
- No assessment of staff: recorded times serve the post-calculation of orders, not the measurement of individuals.
- No commitments on scrap rates, lead times or savings: we estimate effort and impact but do not guarantee outcome figures.
On the shop floor it is not the finest report that decides, but whether feedback can be given with a single movement without breaking the rhythm of the work.
Which services come together in your case is decided by the report from the process analysis. Frequently it is interfaces between production and the commercial system, process automation for recurring bookings and records, and metrics and reporting for a view of delivery reliability and scrap. If your production runs on a program that is no longer maintained, legacy replacement is the appropriate route. The services page gives the full picture; neighbouring industry profiles are available for trades, wholesale and logistics, with an overview under industries and regions.
Which workflow in your plant costs the most time?
Whether it is shop floor feedback, material booking or inspection evidence: describe in a few sentences the workflow that creates the most manual work for you. In the initial call we tell you frankly whether a process analysis is worth it or whether a smaller step will do.