3D Software

CoreTechnologie to showcase 4D_Additive 3D printing software via exclusive online event

Engineering software developer CoreTechnologie is inviting members of the 3D printing community to take part in an online deep-dive into the capabilities of its 4D_Additive print preparation program.

Unlike more basic STL-based pre-processing tools, CoreTechnologie’s software allows users to toggle between precise B-Rep and triangulated 3D models, providing them with enhanced design and repair capabilities. To demonstrate the program’s benefits when used in additive manufacturing, the firm has announced a digital event on April 22nd 2021, and encourages those interested to register online and reserve their place.

A screenshot taken from CoreTechnologie's 4D_Additive print preparation software.
CoreTechnologie’s software is based on a B-Rep file foundation that enables users to get around the use of tessellated models. Image via CoreTechnologie.

The benefits of B-Rep

Headquartered in Germany, CoreTechnologie has built up a strong portfolio of data conversion programs, with each designed to expedite different aspects of the part design process. Chief among these is 4D_Additive, a software platform based on a B-Rep (or boundary representation) file foundation, that modifies and repairs CAD models before exporting them to 3D printers.

The program itself features a CAD kernel that is capable of importing geometry as well as Product Manufacturing Information (PMI) from all major CAD packages, without the need for an Application Programming Interface (API). In doing so, the software enables users to get around the use of outdated tessellated models and handle the original data with high precision.

B-Rep also provides a strong basis for 4D_Additive’s direct modelling function, which allows users to rapidly adjust part geometries such as hole diameters and offset surface areas based on exact values. Once ready to print, the models can then be exported into the common 3MF, AMF, OBJ or STL formats, providing engineers with design freedom, without introducing time-consuming conversion steps.

A screenshot showing the hollowing function of CoreTechnologie's 4D_Additive software.
CoreTechnologie’s software features a hollowing function that allows users to optimize the heat performance of 3D printed parts. Image via CoreTechnologie.

A feature-rich design program 

Other benefits of the software include scaling, real-time repair functionality and collision-detection as well as support/lattice generation and slicing output formats. At the end of the design process, 4D_Additive is also capable of organizing part placement within a build space to optimize print quality, providing users with time/cost feedback while allowing them to drive value from their production workflow.

In the months since 4D_Additive’s initial launch, CoreTechnologie has regularly enhanced the software to provide adopters with upgraded features and functionality. For instance, the firm added the ISO-recognized STEP format to its software, enabling users to convert optimized models into a much more accurate file type. 

Additionally, the company has introduced a more robust lattice tool; an extensive texturing module containing over 5,000 textures, as well as a new AI-driven nesting function, further bolstering the program’s offering to design clients. Using an advanced AI algorithm, the software is now capable of auto-filling empty areas after pre-positioning, yielding evenly-filled build spaces while avoiding heat nests.

4D_Additive event

In order to demonstrate what can be achieved using its 4D_Additive software, CoreTechnologie has arranged an interactive event for April 22nd 2021 at 11:00 am (EST). Attendees can expect to be walked through a live product demonstration, followed by a Q&A session with company experts.

Those interested in taking part can register now.

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Featured image shows a part being designed using the 4D_Additive Multi Criteria Positioning tool. Image via CoreTechnologie.

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