Heat Treatment

We provide debinding, sintering, and optimization of temperature profiles for 3D-printed ceramic samples. Heat treatment is a critical step in ceramic 3D printing—improperly configured debinding can lead to cracks, deformations, or other defects that may not be eliminated during subsequent sintering.

We utilize a licensed debinding process in an inert N₂ atmosphere. This approach allows for a more controlled debinding process, reduces the risk of cracking, and can shorten the process time compared to conventional oxidation cycles. For the customer, this means greater process reliability, lower scrap rates, and savings in both time and costs. The importance of the atmosphere during debinding and its impact on defect formation was also described in a study focused on LCM-printed ceramics.

At the same time, we can tailor the polymer suspension system to the desired debinding method—for example, for processing in an inert or oxygen atmosphere. We perform the final sintering of oxide ceramic materials in a standard atmosphere at temperatures up to 1700 °C.

What We Offer:

• debinding in an inert N₂ atmosphere,
• sintering of oxide ceramic materials up to 1700 °C,
• optimization of debinding and sintering cycles,
• adjustment of the polymer system according to the required atmosphere,
• processing of customer-provided 3D-printed samples.

Why it matters:

• lower risk of cracking,
• shorter processing time,
• lower scrap rate,
• better control over the resulting microstructure,
• time and cost savings in development and prototyping.

If you're dealing with cracking or deformation, or need help designing a suitable debinding or sintering cycle, please contact us. We'd be happy to evaluate your material and geometry and suggest the next steps.