Domestic STL editing software: Simplify STL data with one click!
Simplify large STL data with one click! Smoothing & subdivision
STL files can become extremely large, making them difficult to edit. STL Workshop 2 addresses these issues. (1) Automatic adjustment of parameter values that require expertise (2) User interface compliant with Windows software (3) Efficient display control of large polygon data, incorporating polygon editing algorithms developed by the RIKEN National Research and Development Institute (4) Features tailored to specific industries and sectors ■ For detailed information, please contact us at the following: Marble Inc. Embedded Product Division, Product Business Department Phone: (03) 3419-6011
basic information
STL Workshop 2 is an STL editing system that realizes "the simplicity of operations that can be simplified with one click," "the high quality of the output data," and "the excellent support of being domestically produced." Additionally, it supports input and output of data formats other than STL, including OBJ, PLY, and OFF. ■Features■ (1) Product composition tailored to industries and sectors Clear models categorized by basic/manufacturing/surveying and civil engineering industries. (2) Automatic cleaning and correction function (3) Deletion and editing possible on a color basis (4) Removal of protrusions (5) Automatic shaping ■For detailed information, please contact us at the following: Marble Co., Ltd. Embedded Product Division, Product Department Phone: (03) 3419-6011
Price information
From ¥220,000 (including tax) Other models: Surveying and civil engineering / Manufacturing industry / Full / Reverse
Price range
P3
Delivery Time
OTHER
Model number/Brand name
STL Workshop 2 Ver8
Applications/Examples of results
For details, please contact us.
Detailed information
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STL Workshop 2 Screen We have designed it to efficiently display and control large volumes of polygon data with a user interface compliant with Windows software.
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Simplify polygon data with one click Recently, there has been an increase in opportunities to handle polygon data (STL). To achieve high-precision output with 3D printers, the file size of models becomes enormous, leading to longer processing times for large data. We have received requests from customers for solutions to manage large data. STL Workshop 2 is an STL editing system that realizes "the ease of operation that allows simplification with one click," "the high quality of the output data," and "the excellent support that comes from being domestically produced."
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STL Workshop 2 Industry-Specific Models STL Workshop 2 features an easy-to-understand structure with five models categorized by industry: Basic Model / Civil Surveying Model / Medical and Dental Model / Manufacturing Model / Full Model.
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Polygon Mesh Simplification: Reducing STL Data Size While Preserving Shape Features" This function reduces the number of polygons while minimizing changes to the shape of the polygon mesh in order to decrease the data size of the polygons. In this software, areas where the polygon mesh is bent are simplified weakly, and as you move away from those areas, the simplification becomes progressively stronger. The compression rate can be easily specified as a numerical value (in %). "Results of the Collaborative Integration System between RIKEN and Industry
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"Polygon Mesh Smoothing" that Preserves the Characteristics of STL Data Shapes Polygon meshes obtained from 3D measurement devices have fine irregularities on their surfaces due to device noise and other factors. This function smooths out such rough polygon meshes. Conventional smoothing methods tend to round off sharp edges and increase the radius of curvature of rounded edges, but this method can minimize changes in the curvature of the edges.
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Considering the bulge of STL data shapes: "Subdivision of polygon meshes." When outputting with a 3D printer or determining tool paths in CAM, if the polygon mesh is coarse, the flat surfaces of the polygons become prominent, making it impossible to create smooth objects. This function estimates the bulge within the triangles of each polygon based on their positional relationship with surrounding polygons and subdivides them into finer polygons that take the bulge into account. This software can automatically recognize sharp edges and perform subdivisions that consider the locations of these sharp edges.
