SmartSlice now supports iglide i150 and i180
By Christine Barreto (Edited by Shizu Yamaguchi)
Modern 3D printing workflows are no longer limited to simply slicing and printing parts—they now incorporate advanced simulation and material optimization. By integrating predictive tools directly into the printing process, users can better understand how components will behave under real-world conditions, leading to faster development cycles and more dependable end products.
SmartSlice is a plug-in from Teton Simulation for the Cura 3D printing slicer. It allows users to evaluate components before printing begins. As a finite element simulation plug-in, SmartSlice uses material data and simulation technology to predict the durability and deformation of printed parts before they are manufactured.
All load inputs are entered directly into Cura, eliminating the need for separate simulation software. This enables users to identify optimal print settings while minimizing material consumption and still ensuring component durability—without carrying out multiple physical test prints in advance. This process, also known as virtual prototyping, helps reduce material usage and shorten development times.
The latest version, SmartSlice 20.2, brings igus plastic filaments iglide® i150 and iglide i180 into the simulation workflow. After installing the print profile from the Cura Marketplace, users can test the respective materials virtually.
igus filaments iglide i150 and iglide i180 can now be selected directly in the plug-in.
The iglide i150 filament is as easy to process as standard PLA and PETG filaments while offering high wear resistance thanks to its integrated solid lubricants. This versatile material is suitable for a wide range of applications and for most 3D printers. It features good mechanical properties such as strength, toughness, and layer adhesion, and it is food-compliant in accordance with EU 10/2011. In addition, iglide i150 is suitable for printing particularly large components of up to 3 metres in size.
The iglide i180 filament has been specially developed for moving applications and is therefore particularly suited for wear parts such as plain bearings, gears, and drive nuts. In addition to high wear resistance, the filament offers excellent strength and temperature resistance. Components made from iglide i180 can be used at operating temperatures of up to 100 °C and are also suitable for highly dynamic applications. Enclosed 3D printers are particularly well suited for processing this tribofilament, which is available in white and black.
