Spark Plasma Sintering (SPS), also known as Field Assisted Sintering Technique (FAST), Pulsed Electric Current Sintering (PECS), or Plasma Pressure Compaction (P2C), is a rapid sintering technique that utilizes direct electrical current to rapidly heat and densify materials.
Video - Comsol KEYNOTE TALK
Spark Plasma Sintering (FAST/SPS) Modelling and Digital
How Numerical Simulation can be Used to Improve the Densification of Materials by FAST/SPS
Hybridization of AM and FAST/SPS to Produce Near Net Shape High Performance Materials
Processes and Case Studies
Spark Plasma Sintering Online Conference
Webinar Arnaud Fregeac Ph.D: Dr. Arnaud Fregeac, Head of the R&D Department at Norimat, and expert in the manufacturing of 3D-printed high-performance materials.
Video Printing UHTC parts by Binder Jetting, relying on digital technology to predict deformation
Digital technology to predict deformation
The missing piece of the puzzle:
Printing UHTC parts by Binder Jetting, relying on digital technology to predict deformation, densifying these pure parts to 100% using FAST/SPS technology, offers more competitiveness and a decisive competitive advantage.
Video - FAST/SPS & Additive Manufacturing: Counterform Technique
Representation of the hybridization process of FAST/SPS with additive manufacturing.
All rights reserved to Norimat, any copy or use without the mention of Norimat is forbidden.
Le luxe et l'innovation par Spark Plasma Sintering (French content)
Webinaire
Norimat: Peut-on innover dans le secteur du luxe grâce à l’utilisation de la technologie Spark Plasma Sintering ?
Par Bastien Nodenot, notre responsable projets matériaux pour notre division luxe et expert en Spark Plasma Sintering technologie.
Video - Optimize Thermal Gradients and Part Microstructure in the FAST/SPS Process Through Multiphysics Simulation
Spark Plasma Sintering Online Conference
Dr. Jennifer Mackie, Head of Modeling and Digital Product Development at Norimat, expert in thermo-mechanical modeling.
EuroPM2024 FAST/SPS , Norimat Paper
Euro PM2024 - Session 52: FAST|SPS Processes
Sinter Based Additive Manufacturing (SBAM) processes are receiving much attention as an alternative to LPBF processes for the rapid production of metal and ceramic components with reduced cost and environmental impact. On the other hand, the sintering step is sometimes difficult to perform for green parts from SBAM process resulting in high residual porosity. This paper proposes a versatile alternative with FAST/SPS hybridisation.
(French) Norimat ouvre une usine pour répandre la céramique ultra réfractaire dans l'industrie
septembre 2024
Reportage. La start-up toulousaine Norimat va investir près de 10 millions d'euros dans une usine dans la Ville rose. Cette enveloppe doit permettre à la jeune pousse de s'attaquer au marché de l'industrie aéronautique et spatiale, ainsi que la filière nucléarire. Pour ce faire...
(French) A Toulouse, Norimat prêt à industrialiser sa technologie d'impression 3D
30 septembre 2024
La deeptech toulousaine Norimat, qui développe une technique d'impression 3D innovante, figure parmi les lauréats de la 6ème vague de l'appel à projets "première usine" du plan France 2030...
Video - FAST/SPS predicted size up parts
Mold Design for FAST/SPS
That is the main reason why we have developed Mold Design for FAST/SPS ..."
How do we ensure the quality of parts with the correct mold dimensions to obtain a homogeneous microstructure ?
"We believe that digital tools are the missing piece of the puzzle.
Video - FAST/SPS process - VIDEO
Video representation of the SPS process
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FAST/SPS & Additive Manufacturing: Preform Techique
Representation of the hybridization process of FAST/SPS with additive manufacturing.
All rights reserved to Norimat, any copy or use without the mention of Norimat is forbidden.
FAST/SPS TIAL CYLINDER TO BLADE
Fully Dense Near Net Shape TiAl BLADES <1H
How to Industrialize and Manufacture FAST/SPS Sintered Near Net Shape Parts with New Numerical Tools
All rights reserved to Norimat, any copy or use without the mention Norimat is forbidden.
CERAMICS
From ancient art to the parts that allow cars to brake and space shuttles to fly...
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Homogeneous microstructure during the size up of FAST/SPS samples:
Use case with UHTC composite
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Why aim for a small thermal gradient?
It is now well-known that Spark Plasma Sintering (SPS) can produce high-performance samples with higher material properties compared to conventional processes...
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