SIMPLEWARE - 3D Image Data Visualisation, Analysis and Model Generation Software

3D Image Data Visualization, Analysis and Model Generation with Simpleware

Simpleware software offers complete 3D image segmentation and model generation solutions for going from scans to 3D models. Accurately process images, obtain measurements and statistics, and export high-quality models to design, simulation and 3D printing applications.

Solutions for Life Sciences

Advanced 3D image processing software for visualization and analysis of biological imaging data

Complete Solutions for 3D Image Segmentation and Model Generation 

Simpleware’s high-end 3D image processing and modeling platform is your solution for life sciences research. Our intuitive tools and filters allow you to generate high-quality models every time from even the most complex datasets. Integrate scan data with product designs and simulate performance.

Simpleware Applications in Life Sciences

Patient Specific Implant and Medical Device Design 

Use Simpleware software for medical image segmentation, medical image processing and model generation for orthopedic applications. Gain insights into patient-specific implant designs and save time with 3D medical imaging software workflows for exploring designs and simulating real-world scenarios.

Medical Image Processing Software for Air and Blood Flow Analysis

Use Simpleware for 3D medical image segmentation, medical image processing and model generation of cardiovascular and airway geometries from 3D medical imaging (MRI, CT, micro-CT...). Compare pre-and post-operative measurements, combine anatomical data with CAD stent models, and use CFD meshing tools to export models for fluid flow analyses.

Simpleware software has received FDA 510(k) market clearance for the following Indications for Use

3D Printing of Medical Models

Use Simpleware to build robust medical models from 3D image data (MRI, CT, micro-CT...) for 3D printing. Generate STL files with watertight triangulations for high-quality printed results suitable for use in 3D medical research and simulation. Integrate CAD-designed medical devices with patient-specific data and add lattices to experiment with functionality before manufacturing. Save time and obtain better models with Simpleware.

Solutions for Materials & Manufacturing

Use Simpleware to generate high-quality 3D software models for materials and manufacturing applications. Streamline your design cycle, reduce inspection times, and easily prepare models for design and simulation tasks. Simpleware is the ideal solution for working with both straightforward and highly complex 3D image data.

Simpleware for Complex Materials Modeling

Simpleware software is used for 3D image data (CT, micro-CT, FIB-SEM...) segmentation, 3D image processing and model generation for complex materials analysis. Characterize composite microstructures and use powerful meshing software tools to export models to FE and CFD solvers. Rapidly obtain qualitative and quantitative information from your 3D image data, including effective material properties.

Simpleware for Non-Destructive Evaluation and Reverse Engineering

Industrial 3D Image Processing and Meshing Software 

Simpleware software enables 3D image processing and meshing software solutions for reconstructing and inspecting the internal features of manufactured components. Import and process data from CT, micro-CT, nano-CT, FIB-SEM and other modalities to visualize and reverse engineer components. Use powerful FE and CFD meshing software tools to export multi-part meshes for simulation. Reverse engineer parts and export NURBS for CAD, and calculate effective material properties from scanned samples.

Simpleware for Digital Rock Physics

Simpleware provides software solutions for digital rock physics and rock typing. Use Simpleware software’s comprehensive 3D image processing software interface to easily visualize, segment and quantify scan data (CT, micro-CT, FIB-SEM...). Carry out porous media analysis and virtual special core analysis using powerful meshing software tools to export multi-domain models to FE and CFD solvers. Options are also available to calculate effective material properties from scanned samples.

Additive Manufacturing 

Additive Manufacturing (AM) enables optimized parts to be created, for example

with lattices that save weight. Finite element analysis (FEA) is valuable for simulating

the performance of parts at the design stage.  After manufacture, scanning

components allows inspection of defects.  However, while many manufacturers

and designers use some of these methods, they typically lack a straightforward

workflow to combine all of them and close important gaps in production.