FFF • Dual Extrusion • High-Speed Printing up to 300mm/s • RFID Traceable Workflow
FFF • Dual Extrusion • HEPA Filter With Activated Charcoal • Up to 300°C
SLS • Low TCO • High Output • High-Precision Prints • Industrial and Functional Material
DLP • True DLP Precision • Faster Prints • RFID Traceable Workflow • Broad Resin Portfolio
DLP • High Resolution Resin Printing • RFID Traceable Workflow • Wide Range of Resin Compatibility
FFF • Dual IDEX • Flexible and Fiber-Reinforced Filaments • Enclosed Build Chamber
FFF • Dual IDEX • For Fiber-Reinforced Filaments • Dry Boxes • Enclosed Build Chamber
FFF • Dual IDEX • For Flexible Materials up to Shore Hardness 70A • Enclosed Build Chamber
Large-Format FFF (500 × 500 × 500 mm) • Dual IDEX • Carbon Fiber Composites & High-Strength Polymer
ideaMaker® is a globally recognized slicing software, engineered to unlock the full potential of Raise3D’s 3D printing solutions, including FFF and DLP technologies. Designed for precision and versatility, it delivers superior print performance with a vast selection of engineering-grade and functional materials.
Current Version: ideaMaker® 5.4.1 Beta
ideaMaker® is integrated with specific slicing profiles for each of Raise3D‘s material, including filaments and resins, ensuring efficient slicing, providing reliable printing results. ideaMaker® also offers different slicing profile strategies for users in terms of surface quality and print speed.
Moreover, for FFF users, ideaMaker® allows full access to all filament profile parameters by accessing the Advacned Editing panel.
For third-party materials, Raise3D offers a rich, ever-expanding and performance-proven third-party material profile library – the ideaMaker Library. ideaMaker® also enables users to browse and import templates directly from the library inside the program, with only a few clicks.
ideaMaker® provides an array of tools to tackle all types of situations. With their wide-ranging capabilities, users can carry out even the most advanced slicing.
Advanced Slicing Preview
ideaMaker® gives users a detailed preview of the final printing results by simulating not only the tool path but also exhibiting key information such as speed, layer height, extruder and structure type.
Adaptive Parameter Settings
ideaMaker® uses algorithms to compute the slicing parameters for layer height, infill structure, and support structure. By adapting parameters accordingly, the filament consumption and printing time will decrease while the surface finish quality is maintained.
Various Options for Parameter Settings
ideaMaker® offers multiple approaches to changing parameter settings for specific parts of loaded models. The selective setting can be done by group, by layers, and by volume.
Texture Generation
With ideaMaker® Texture, users can easily create different surface finishes for their 3D-printed models. The generated texture is defined by importing and adapting values of greyscale images.
Short Learning Curve for DLP
For Raise3D’s DF2+ and DF2 Solution, ideaMaker® provides consistent parameter templates covering printing, washing and curing, tailor-made for each of Raise3D’s resin products.
In addition, a series of specialized tools are offered to support DLP slicing. DF2+ and DF2 users will enjoy an increased first print success rate with ideaMaker®.
ideaMaker®’s advanced UI allows users to carry out more complex operations than many other slicers. Even more features can be expected in the future.
Regarding compatibility, ideaMaker® is compatible with most FFF 3D printers and Raise3D DLP printers.
Raise3D offers AM manufacturers a streamlined software workflow to facilitate adopting new materials, refine slicing, schedule print planning and monitor printing tasks.
Microsoft Windows 10, 64-bit only.
macOS 10.15 or later.
Ubuntu 18.04 or later, 64-bit only.
Microsoft Windows 10, 64-bit only.
macOS 10.15 or later.
Ubuntu 18.04 or later, 64-bit only.
Intel i5/7/Xeon or AMD Ryzen/Threadripper or newer.
Intel i7/Xeon or AMD Ryzen/Threadripper or newer.
NVidia, AMD, or Intel, post 2015. 8GB VRAM.
NVidia, AMD, post 2015. Dedicated GPU with 12GB or more VRAM.
64 GB
128 GB
500.0 GB or more
1 TB or more
1920 x 1080
1920 x 1080 or more
OpenGL 4.0
OpenGL 4.0
