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Simpleware software provides an extensive selection of image visualization and processing tools to manage complex 3D and 4D scan data. Seamlessly handle challenges such as poor contrast, artifacts, and low-resolution images to achieve accurate results with ease. High-quality segmentation ensures that models are optimally prepared for subsequent design, simulation and 3D printing workflows.
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Simpleware software provides an extensive selection of 3D image processing, analysis, and model generation tools for working with image data. Check out the all the other features:
Robust analysis and quantification tools for masks, models, and centerlines. Interactively measure and quantify data across a wide range of metrics, tailored for both global and local regions of interest. Create custom statistics templates and reports for instant insights.
More InformationDedicated tools designed to rapidly convert imaging data into print-ready models. Efficiently prepare, analyze, and inspect models tailored for 3D printing. Export in a range of file formats for a smooth transition from digital to physical part.
More InformationAnatomy-specific automated segmentation tools for ankle, CMF, heart, hip, knee, shoulder, and spine data using Machine Learning (ML) algorithms, and automatically identifies common key landmarks.
More InformationImport and interactive positioning of surface objects within 3D image data. Create NURBS models for import to CAD packages or pass updates directly between SOLIDWORKS® and Simpleware to speed up iterative product design workflows.
More InformationDirect route from image data to simulation. Generate volume meshes that are ready to use in leading FE/CFD solvers. Customize models with a wide range of options to meet specific simulation needs, including contact surfaces, boundary conditions, and material properties.
More InformationRobust analysis and quantification tools for masks, models, and centerlines. Interactively measure and quantify data across a wide range of metrics, tailored for both global and local regions of interest. Create custom statistics templates and reports for instant insights.
More InformationDedicated tools designed to rapidly convert imaging data into print-ready models. Efficiently prepare, analyze, and inspect models tailored for 3D printing. Export in a range of file formats for a smooth transition from digital to physical part.
More InformationAnatomy-specific automated segmentation tools for ankle, CMF, heart, hip, knee, shoulder, and spine data using Machine Learning (ML) algorithms, and automatically identifies common key landmarks.
More InformationImport and interactive positioning of surface objects within 3D image data. Create NURBS models for import to CAD packages or pass updates directly between SOLIDWORKS® and Simpleware to speed up iterative product design workflows.
More InformationDirect route from image data to simulation. Generate volume meshes that are ready to use in leading FE/CFD solvers. Customize models with a wide range of options to meet specific simulation needs, including contact surfaces, boundary conditions, and material properties.
More InformationRobust analysis and quantification tools for masks, models, and centerlines. Interactively measure and quantify data across a wide range of metrics, tailored for both global and local regions of interest. Create custom statistics templates and reports for instant insights.
More InformationDedicated tools designed to rapidly convert imaging data into print-ready models. Efficiently prepare, analyze, and inspect models tailored for 3D printing. Export in a range of file formats for a smooth transition from digital to physical part.
More InformationThere are no inherent limitations on data size or complexity. Performance and computational resource may impact the software’s ability to handle extremely large files, but its parallel computing capabilities can help mitigate this issue.
You can import image data from MRI, CT, micro-CT, and other 3D & 4D imaging modalities. File format include DICOM, DICONDE, stack of images, and 3D/volume image. For a detailed list, check out the
Technical DatasheetsSimpleware software provides an extensive set of filters for smoothing, noise and artifact reduction to clean up noisy or low-contrast image data. To segment complex data, special features can quickly remove disconnected regions, holes or noise, split regions, and close cavities.
Yes, with Simpleware software you can register any dataset (background image, mask, surface/volume mesh, and 2D X-ray images), from either the current project or an external project. For step-by-step instructions, watch short
Tutorial VideosSimpleware software offers a wide range of segmentation tools from manual to automatic options. Simpleware anatomy-specific Auto Segmentation tools feature fully automated AI-powered segmentation and landmarking.
Learn MoreThere are no inherent limitations on data size or complexity. Performance and computational resource may impact the software’s ability to handle extremely large files, but its parallel computing capabilities can help mitigate this issue.
You can import image data from MRI, CT, micro-CT, and other 3D & 4D imaging modalities. File format include DICOM, DICONDE, stack of images, and 3D/volume image. For a detailed list, check out the
Technical DatasheetsSimpleware software provides an extensive set of filters for smoothing, noise and artifact reduction to clean up noisy or low-contrast image data. To segment complex data, special features can quickly remove disconnected regions, holes or noise, split regions, and close cavities.
Yes, with Simpleware software you can register any dataset (background image, mask, surface/volume mesh, and 2D X-ray images), from either the current project or an external project. For step-by-step instructions, watch short
Tutorial VideosSimpleware software offers a wide range of segmentation tools from manual to automatic options. Simpleware anatomy-specific Auto Segmentation tools feature fully automated AI-powered segmentation and landmarking.
Learn MoreThere are no inherent limitations on data size or complexity. Performance and computational resource may impact the software’s ability to handle extremely large files, but its parallel computing capabilities can help mitigate this issue.
Do you have any questions about Simpleware software or need additional information?