Keyword:

3d printing

Bauteil aus 3D-Druck Filament iglidur I151 mit FDA-Konformität

Best practice: How do I get a food-safe component made by the 3D printer?

igu-blog-adm | 2. June 2021

An increasing number of companies are advertising food-safe materials and offering more and more materials for processing and packaging in the food industry. But the public eye is also increasingly focused on the plastics that come into contact with food and how they can potentially affect consumers’ health. What exactly does food grade mean? On […]

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SmartSlice now supports iglidur I150 and iglidur I180

igu-blog-adm | 4. May 2021

SmartSlice is a plug-in from Teton Simulation for the Cura 3D printed slicer. With SmartSlice, users can assess the components before the actual printing. It is a finite element simulation plug-in that uses material parameters and simulation technology to calculate the durability and deformation of printed parts before they are even printed. All inputs to […]

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iglidur I3 – the first 3D printing material for vehicle interiors

Julio Pauli | 26. June 2020

The automotive industry requirement profile for materials used in vehicle interiors is continusously becoming more stringent. These requirements can be found in the OEMs specifications and are based on the legal requirements.

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iglidur I8-ESD: abrasion-resistant components with ESD specifications

Paul Gomer | 5. May 2020

Every machine contains moving parts that cause friction during operation. In contrast to metal, components made of wear-resistant iglidur polymers do not require additional lubrication (because they contain solid lubricants) – however polymers cannot dissipate the electrostatic discharge caused by friction. In semiconductor and electrical engineering, a static discharge through components can cause permanent damage […]

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Designing lead screw nuts for 3D printing

Paul Gomer | 24. April 2020

Die zwei häufigsten Gründe für die Fertigung von Antriebs- und Gewindemuttern mittels 3D-Druck Verfahren sind der Bau von funktionalen Prototypen und die Herstellung von komplexen Sondermuttern. In der Produktentwicklung werden mitunter mehrere Modelle konstruiert und getestet – mit dem Rapid Prototyping Verfahren kann die Herstellung von seriennahen Varianten und Anpassungen sehr schnell erfolgen, was einen […]

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