3D-Printing - igus Blog - Page 2

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3D-Printing

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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Three areas of application for 3D printing with sensors

igu-blog-adm | 24. February 2021

Additive manufacturing has already proven itself in many areas, as it can be used without tools and using diverse materials for many different applications, making them more cost-effective and flexible. Now a new form of 3D printing is also coming to the fore, where it is possible to integrate different materials in a single printing […]

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Lebensdauerrechner für 3D-gedruckte Bauteile

Unique service: determine service life of 3D printed polymer components

igu-blog-adm | 5. February 2021

Unplanned machine downtime is a horror for any engineer, especially as a failed component can, with a bit of bad luck, lead to serious damage of the machine. The associated costs and effort cause considerable trouble for many companies. Very few manufacturers are in a position to state the expected service life of their components. […]

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How to optimise every component for injection moulding

Lars Butenschön | 29. January 2021

It is a designer’s worst-case scenario: days and weeks go by to design and manufacture an injection mould. When production finally begins and the first component falls out of the mould, one gets a nasty surprise. The surface of the moulding has dents that not only look unsightly but also impair the function. Why is […]

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ATEX certification for machines in explosion risk areas with 3D printing of ESD special parts

igu-blog-adm | 26. October 2020

Even a small spark in a potentially explosive atmosphere, can have devastating consequences for personnel and the entire plant. However, friction – especially friction of moving plastic components against each other – causes sparks. In order to permanently protect these components from irreversible damage, a controlled discharge is necessary. This means that materials with defined […]

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