Manufacturing quality software

Manufacturing Quality Software, End to End

Eight stages, one record. From the characteristic on the drawing to the submission the customer approves, without retyping the same number into a fifth spreadsheet.

Already have an account? Login

The problem

The cost is not the work. It is the reconciliation.

Quality departments are not inefficient because they lack effort. They are inefficient because the same characteristic exists in the drawing, the process sheet, the FMEA, the control plan, the inspection sheet and the submission — six times, entered by hand — and a revision means finding all six.

Connecting them is not a productivity trick. It changes what a revision costs, and it changes what an audit costs, because evidence can be gathered by scope instead of by memory.

Enter once, reference everywhere

A characteristic is created on the part and referenced downstream, never retyped.

Derivation between documents

Process operations become PFMEA rows; PFMEA controls become control plan lines.

Deterministic, not guessed

The hand-offs follow explicit rules. There is no model deciding what your control plan says.

Never overwrites a person

A derivation proposes; a value a human has set is left alone.

Revision-aware throughout

Records know which revision they belong to, so evidence stays attached to its version.

Evidence by scope

Records for a customer, part, process and date range, gathered by query rather than by hand.

Where it sits

The whole chain, and what each stage hands on.

This is the sequence the product is built around. Select any stage to see what it passes to the next one — the hand-offs are the product.

  • Parts and characteristics as the single source
  • APQP planning connected to its deliverables
  • DFMEA and PFMEA in AIAG-VDA structure
  • Process flow and control plan on one operation list
  • Inspection results with gauge and calibration state
  • SPC charts and capability from recorded results
  • PPAP assembled from the records above
FAQ

Questions about Manufacturing quality software

What does "connected" actually mean here?
That records reference each other rather than duplicating each other. A characteristic exists once, on the part. The process operation that produces it points at it; the PFMEA row analysing it points at it; the control plan line controlling it points at it; the inspection result measuring it points at it. Change the characteristic and there is nothing to reconcile, because there was only ever one.
Is the derivation between documents automatic?
It is proposed and then applied by a person. The engine plans the hand-off — these operations become these PFMEA rows — and you confirm it. Critically, it never overwrites a value a human has deliberately set, because a system that silently changes an engineer’s judgement stops being trustworthy.
Is any of this AI?
No. The derivation is rule-based and the statistics are the standard formulas. We are specific about this because a lot of quality software currently is not: nothing in the product today involves a model making a quality decision. AI-assisted features are on the roadmap and clearly labelled there.
Which industries is it for?
The method originated in automotive, and the same workflow applies wherever a customer wants evidence as well as parts — aerospace, medical devices, electronics, machinery, industrial and precision manufacturing among them. Listing an industry describes supported workflows, not a certification for it.
How do we get our existing data in?
Either type it in or import it from Excel. There is an import path specifically so that a company with no ERP and a shelf of spreadsheets is a first-class customer rather than an afterthought.
Get started

Connect the whole quality workflow.

Bring APQP, FMEA, PPAP, process flow, control plans, inspection and SPC into one connected platform.

Questions? support@easyqualityflow.com