Controlling material attributes for different application requirements
Excursion into PEEK’s crystallization behavior Some classes of polymeric materials exhibit semi-crystalline attribute…
Verbesserte Druckqualität für Hochleistungspolymere: “Adaptive Heating System Technology”
Polymermaterialien spielen nach wie vor eine zentrale Rolle im Bereich der additiven Fertigung (AM). Sie halten den Reko…
Improved Print Quality for High Performance Polymers: Adaptive Heating System Technology
Polymeric materials still play a pivotal role in the field of Additive Manufacturing (AM). It holds the record of being…
Biocompatible implants - 3D-printing supports medical sector
3D printing technologies are today used for different patient related treatments in the medical industry. One of the key…
Einsatz von Additiver Fertigung als Forschungs- und Entwicklungswerkzeug
Forschung und Entwicklung (F&E) ist der grundlegende Baustein für jeden Fortschritt in unserer industriellen Evolution.…
Breakthrough Development in Healthcare – 3D Printed Biocompatible PEEK Medical Devices on Demand
From the onset, Apium had the core value to provide their technologies to where they are needed and to participate in ma…
Using Additive Manufacturing as a Research and Development Tool
Research and Development (R&D) is the fundamental building block for any advancement in our industrial evolution. Nation…
Apium’s 3D printing for Space Missions
In the past 6 years there has been a determined effort in the systems safety critical industries to adopt 3D printing as…
Apiums 3D-Druck für Raumfahrtmissionen
In den letzten 6 Jahren wurden zielstrebige Anstrengungen in systemsicherheitskritischen Industrien vorgenommen, um den…
Topology optimization and our Apium P-Series bring your product development to a new level
Reduction in material usage and increased cost efficiency are two important manufacturing-based goals. The concept parts…
