Situations
Use-case first
Each material is discussed through concrete situations: part type, mechanical loads, environment, and operating conditions.
Choose the right 3D printing material
Matdecision — decision support
Comparing spec sheets is not always enough.
Matdecision walks you through finding a material that fits your part — in seconds.
Result in under 30 seconds
Already used to shortlist dozens of material configurations
3D printing materials are often presented in an oversimplified way.
In practice, how a part behaves depends on many factors: mechanical loads, temperature, environment, type of stress, and operating conditions.
A material that works in one situation can be completely wrong in another.
That is what makes the choice hard: plenty of information exists, but it is rarely actionable for a specific need.
Instead of listing filaments, Matdecision focuses on use cases and decisions. The goal is to see when a material truly fits… and when it does not.
Situations
Each material is discussed through concrete situations: part type, mechanical loads, environment, and operating conditions.
Decision
Differences between materials are highlighted clearly — to support choices and avoid classic mistakes.
Behaviour
Content is grounded in how plastics actually behave — not marketing tables alone.
Method
The Matdecision assistant and calculators help you analyse faster and steer choices without endless searching.
Understand
Learn how main FDM materials behave — strengths, limits, and what makes each one specific.
All FDM material sheetsChoose
Structured content to pick a material for a precise need or technical constraint.
Browse the guidesApply
See which materials fit real situations: mechanical parts, prototypes, technical parts, or specific use cases.
Use cases: mechanical, prototype, technicalAct
Matdecision (material assistant) for fast decisions, calculators to estimate cost — before you commit to manufacturing.
Tools: assistant and calculatorsMaterial choice always depends on usage. Here are frequent situations in 3D printing.
Recommended resource
Choosing a material is more than comparing a few properties.
Mechanical strength, temperature, operating constraints, environment, printability: several factors matter for a sound choice.
This guide offers a structured way to understand those criteria and steer the decision for a concrete need.
From analysis to fabrication
Picking the right material is essential — but the final result also depends on how the part is designed and produced.
Print settings, orientation, wall thickness, tolerances, real loads: many factors drive performance and reliability.
Sometimes a broader approach avoids trial-and-error and wasted time.
When a project gets technical or must be dependable, it can make sense to rely on production that matches real usage.
When you have a concrete need, material choice and execution decide whether the result is reliable.
The right approach saves time and avoids pointless iterations.
To go further, you can rely on 3D production aligned with your project constraints.
Move from analysis to a concrete solution for your project.