Consulting

Defect & quality diagnostics: find the cause, not the symptom

Warping, delamination, clogging, weak layers: every defect has a cause: material, temperature, geometry or machine. I help you find it and remove it, so you print stably and repeatably.

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When you need this

  • Your prints fail and you don't know why
  • Quality swings: fine today, junk tomorrow
  • You lose material and time on trial and error

What you get

  • A diagnosis by root cause
  • Concrete corrections: parameters, material, environment
  • Repeatability: stable printing, not luck

How it works

  1. Photos, material, machine, settings
  2. Analysis: root cause
  3. Corrections: what to change

Typical cases

  • The corner that peels off every time: The same part delaminated at the same corner on every print: the cause was orientation, not the material that got blamed first.
  • Prints that swing in quality batch to batch: Identical settings gave different results: moisture in the material, not the machine, was the real culprit.
  • A resin part that cracked layer by layer: A print looked flawless but split under light load: under-cure through the depth, not bad design, was the cause.

The rules that solve most of the problems

  • The symptom lies, the cause doesn't: Warping looks like an adhesion problem but is often thermal stress from the geometry: we look at the root cause, not the first guess.
  • Repeatability is the goal, not a single win: One good print doesn't mean the problem is solved: we look for stability across batches.
  • Data speaks before assumptions: A photo of the defect plus the parameters says more than a guess from memory.
  • The environment is part of the process: Humidity, room temperature and material storage matter as much as the machine settings.

Who it's for

Anyone whose prints fail unpredictably.

Request a consultation

Describe your case and I'll send you a quote. Price: on request.

    FAQ
    Only FDM?No. Resin and powder too.
    Need to be at the machine?It helps, but we start from photos and data.
    The defect only shows up on certain parts: is that normal?Yes. Geometry is often just as much a cause as material or machine.
    Could the problem be in the STL file itself, not the print?Yes. A bad mesh or thin walls before the slicer create defects that look like print issues.