LEAM

Value

The cost of a part
goes beyond the material.

Thicker walls, repeated process trials and time spent checking uncertain results can all eat into your margin. More predictable production can also reduce the stock you need to keep on hand.

Find your production example

Look at the whole job

Where a more reliable process
can change your costs.

01

Use less material

When weak layer bonds require thicker walls, stronger bonds may let you use less material for the same part. The saving grows with your annual material use and the price per kilogram. Keep the material needed for stiffness, handling and machining in the design.

02

Shorter lead times. Less stock.

Repeated trials and reprints delay the finished part. A more repeatable process can shorten design iterations and make production on demand more reliable. That can reduce the inventory you hold as a buffer, freeing capital and lowering storage and financing costs.

03

Less quality effort

Uncertain results mean more investigation, repeat tests and rework. A more consistent process can reduce that extra effort and make production easier to plan. We help you identify where time can be saved while meeting your part’s quality requirements.

Who this is for

Find an example close to your work.

DEMEX is mainly for engineered applications across marine, aerospace, industrial production and research. It is most relevant where parts need to meet defined strength, service-life or production requirements.

These examples are ranked by two-year ROI from material savings alone. A positive result means those savings cover the reference system investment within two years. The application also needs to be a good fit for DEMEX.

Calculate your return

Enter your own figures or choose “Use example” below.

Illustrative production workloads · material savings only
Your workExample inputsROI over 2 yearsTry the example
Industrial partsParts exposed to high temperatures or aggressive chemicals.LM-PAEK2 t/year current material use€125/kg · 40% less materialROI over 2 years+185.7%8.4 months to paybackUse example
Marine productionLarge hulls and marine structures, including builds that run overnight.PP/PE50 t/year current material use€8/kg · 20% less materialROI over 2 years+128.6%10.5 months to paybackUse example
Aerospace toolingMolds for composite layup and curing. Material savings depend on mold geometry; this example uses PESU inputs.PESU / PEI10 t/year current material use€35/kg · 20% less materialROI over 2 years+100%12 months to paybackUse example
Research and pilot productionUniversities and institutes developing demanding aerospace parts.LM-PAEK1 t/year current material use€125/kg · 40% less materialROI over 2 years+42.9%16.8 months to paybackUse example
Engineering partsLoad-bearing components and production fixtures.PA6 / Nylon20 t/year current material use€12/kg · 20% less materialROI over 2 years+37.1%17.5 months to paybackUse example
Architecture and designLarge furniture and architectural components.Usually not a DEMEX fitPETG30 t/year current material use€8/kg · 15% less materialROI over 2 years+2.9%23.3 months to paybackUse example
Low-temperature molds and patternsPETG patterns and molds for use at low temperatures.Usually not a DEMEX fitPETG25 t/year current material use€8/kg · 15% less materialROI over 2 years-14.3%28 months to paybackUse example
Prototypes and modelsPatterns and models made on a single-shift schedule.Usually not a DEMEX fitPLA32 t/year current material use€8/kg · 10% less materialROI over 2 years-26.9%32.8 months to paybackUse example

Prices and material reductions are estimates; confirm them for your specific grade and part. Lead-time, inventory and quality benefits are additional opportunities to quantify for your production. See the material assumptions.

Beyond material savings

Material is not all
we save you.

Talk to our experts about shortening process design iterations, reducing quality assurance effort and the stock you carry to cover uncertain lead times. Together, we can quantify the potential value for your production, on top of the material savings.