Resources
Understand what is
holding your print back.
Weak bonds, a build that stays too hot, or a result that changes from one print to the next: start with the problem you need to solve. These guides explain what thermal control can change and what that means for your part.
Practical guides
Choose the question you need to answer.
Layer adhesion
Are weak bonds driving thicker walls or extra reinforcement? See how stronger bonds can give you more design freedom, with LMPAEK and PA6-CF research.
02Heat accumulation
Does the part stay too soft to keep printing at speed? Understand how cooling can reduce slowdowns and waiting, with results from a PETG cube trial.
03Thermal process window
Does a setting that works on one part fail on another? Separate melt, bulk, surface and interface temperatures to understand what you can control.
04Repeatability
Can you rely on the next build? See how temperature readings, surface control and early review help you make the whole production process more consistent.
05Value for your production
Explore material savings, shorter lead times and quality effort. Compare production examples and calculate the return for your workload.
Your part and process
Bring the questions back to your application.
Tell us what the part needs to do, what you print with and where the process falls short. The fit check brings those details together for a conversation with our team.
Read the material, performance and integration FAQsDownloads
Take the overview. Plan the integration.
The LEAM overview explains the approach and research results. The DEMEX guide covers the system, connections and installation planning.
Let’s talk about your part
What would you like
your next print to do?
Tell us what you’re printing and where it falls short. We’ll help you decide whether thermal control could make the difference.