Polyaryletherketone (PAEK) is a group of thermoplastics used for 3D printing applications that require high temperature stability, strength and chemical resistance.
Latest in PAEK
3D Printing with Composite Materials
Make stronger, lighter parts with a variety of composite additive manufacturing options.
AvaSpire PAEK, KetaSpire PEEK Added to Digimat-MX for Simulation
High-performance polymers from Solvay now part of solution.
How to Leverage High-Strength 3D Printing
Can't figure out how to integrate high-strength 3D printing into your manufacturing workflow? Try a new perspective. Learn more.
High Temperature Laser Sintering Opens Up New Additive Manufacturing Possibilities
EOS Shows Potential of PEEK at PD&M/MD&M West
Laser-sintered craniofacial implants on display.
Glossary Quick Look
Saint Thomas Academy’s Experimental Vehicle Team Earns Four Awards in NASA Competition
The EV team places first among U.S. high schools; team beat all but...
Keysight Technologies’ V2X Test Solution Earns OmniAir Certification
Certification ensures vehicular communication devices and associated software pass global industry requirements for interoperability...
Lubrizol to Showcase Renewable-Sourced Estane 3D ECO TPU for 3D Printing at RAPID + TCT 2019
Simcenter Amesim Announces Major Simulation Upgrades for Automotive, Aerospace and Marine Industries
By extending Modelica support and integration with other Simcenter solutions, Simcenter Amesim helps users...
Editor’s Pick: Turning SLA printing on its side for improved performance
Formlabs launches two new printers for production workflows.
Editor’s Pick: Bringing Digital Workflow to Additive Manufacturing Processes
3YOURMIND unveils Agile Manufacturing Execution System (MES) software for additive manufacturing.
Editor’s Pick: Improve the Drafting Experience
IntelliCAD Technology Consortium Version 9.1 adds digital signatures, direct to PDF, and more.
Editor’s Pick: Additive Manufacturing, Real-Time Simulation and AR Inside 3D CAD
PTC Creo 6.0 keeps a legendary design tool on the cutting edge.