Property-first material planner

Choose material from the part’s constraints.

Define mechanical behavior, service environment, and finish priority first. Then compare the material routes that preserve those requirements and the exact printer preparation each route needs.

Property-first material planner

Define what the part must survive.

Set required mechanical behavior and service environment first. Printer readiness is checked only after the property-preserving material routes are ranked.

View assumptions and sources →

The values below are editable planning baselines. Change the few inputs you know; open Advanced assumptions only when they change your decision.

Part requirements

What must the finished part do?

Printer readiness

What can the current setup support?

Ranked material routes

Preserve requirements before simplifying the printer setup.

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Next decision

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Material brief

Save the route before selecting a spool.

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Next decision

Estimate print costPlan calibration checks

Plan tools

Keep this useful version close, shareable, and easy to revisit.

Reset inputs

Optional support

Keep practical planning tools available.

If this result made the next decision clearer, an optional contribution helps cover hosting, source reviews, and continued improvements.

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Maintained material-family matrix

See which property keeps each route in the shortlist.

The matrix is a qualitative decision layer over the linked manufacturer records. Printer-route temperatures are reference ranges from those records; use the selected spool profile and printer documentation for setup. The planner uses the same levels to enforce required properties before checking printer readiness.

MaterialFlex behaviorStiffness / impactHeat / weatherMoisture / finishPrinter routeSource
PLARigidStiffness-led / LowAmbient / IndoorStandard / Detail or stability-led200–220°C reference hotend range · bed optional · open-frame path · standard nozzle pathPrusament PLA technical data sheet ↗
PETGRigid with some giveBalanced / Impact-ledWarm service / Weather-capableContact-led / Balanced240–260°C reference hotend range · heated bed · open-frame path · standard nozzle pathPrusament PETG technical data sheet ↗
ASARigidBalanced / Impact-ledHeat-oriented / Weather-ledModerate / Balanced250–270°C reference hotend range · heated bed · enclosure · standard nozzle pathPrusament ASA technical data sheet ↗
TPU 95AFlexibleLow / Impact-ledWarm service / IndoorContact-led / Utility220–240°C reference hotend range · heated bed · open-frame path · standard nozzle pathPrusament TPU 95A technical data sheet ↗
PETG-CFRigidStiffness-led / ModerateWarm service / IndoorContact-led / Detail or stability-led255–275°C reference hotend range · heated bed · open-frame path · hardened nozzlePrusament PETG Carbon Fiber material guide ↗

Required properties

Flex, stiffness, impact, temperature, weather or contact exposure, and finish remain separate decisions.

Ranked routes

Each candidate explains its matches, property gaps, equipment changes, and tradeoffs.