Software.
Additive manufacturing software enables successful 3D printing by taking CAD data and preparing and optimizing that data for a 3D printing process. The preparation process includes optimization techniques, building proper supports to prevent build failures, simulations of build methods, establishing the printing strategies, calculation of scan-paths, arranging the final build, and sending to print.
AM software provides data on the most efficient design methods for a given product and resources. AM software requires this level of data analyzation due to the different ways that AM processes handle materials.
Shree Rapid Technologies (SRT) offers top-of-the range software for the additive manufacturing industry from brands like 3D Systems, ZEISS, GOM, Materialise and more.
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Reverse Engineering /Manufacturing Applications
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An important step to extract the design data from a finished component (CAD model).
- Begin with scanning the components and importing the point clouds (all ASCII formats) or meshes (STL data) to ZEISS REVERSE ENGINEERING.
- With a variety of function in the ZEISS Reverse Engineering software The point clouds or meshes (STL data) can be processed, in just a few steps a watertight CAD model is created ready to be exported to standard CAD formats.
- High-precision reverse engineering
- Export CAD data to IGES, STEP, SAT
Achieve production-capable tools more quickly and effectively. The integrated tool correction algorithms allow you to lower costs and time-consuming iterations prior to the start of production.
- Makes tool correction incredibly easy.
- Eliminates potential operator errors.
- Correct undercut designs using the “Undercut analysis” function.
- Save at least 50% of the iteration loops in the tool correction process.
- Launch the production process ahead of time.
Achieve production-capable tools more quickly and effectively. The integrated tool correction algorithms allow you to lower costs and time-consuming iterations prior to the start of production.
- Makes tool correction incredibly easy.
- Eliminates potential operator errors.
- Correct undercut designs using the “Undercut analysis” function.
- Save at least 50% of the iteration loops in the tool correction process.
- Launch the production process ahead of time.
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Simulate | Prep | Print
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An important step to extract the design data from a finished component (CAD model).
- Supports every additive manufacturing (AM) workflow step, from design to post-processing.
- Prepares designs for AM to achieve successful, quality 3D prints.
- Optimizes design structure with lighter weights and enhanced functional properties.
- Streamlines preparation and optimization processes for shorter lead times.
- Reduces print time, material consumption, and post-processing.
- Streamlines time to print with a single, easy-to-use interface.
- Facilitates file preparation with native CAD import.
- Enhances manufacturing efficiency with finely-tuned supports.
- Increases productivity with auto placement.
- Accurately estimates material usage and print time.
- Streamlines time to print with a single, easy-to-use interface.
- Facilitates file preparation with native CAD import.
- Enhances manufacturing efficiency with finely-tuned supports.
- Increases productivity with auto placement.
- Accurately estimates material usage and print time.
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Healthcare
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- Supports all model preparation steps and various imaging modalities, 3D file formats and 3D Printers.
- Creates 3D models in minutes using automatic segmentation tools.
- Enable pre-operative surgical planning and patient consent.
- Overlays results on patient scan to ensure precision.
- Provides intuitive editing tools and enhanced 3D visualization.
