Synopsys Cloud
Cloud native EDA tools & pre-optimized hardware platforms
Request a Free Trial →
Complete 91³Ô¹ÏÍø for 3D Medical Image Analysis and Model Generation
Simpleware 3D image processing and modeling software is your high-end solution for life sciences research. Intuitive tools and filters allow you to accurately visualize, analyze, and quantify your DICOM images. Export high-quality models every time from even the most complex datasets for 3D printing, design and simulation.
Why Use Simpleware Software?
With Simpleware Software you can:
- Easily process 3D & 4D medical image data (DICOM) with exceptional segmentation and meshing
- Accurately analyze and measure anatomies
- Save time handling even the most complex 3D image datasets
- Get CAD, CAE and 3D printing models that work first time, every time
- Automate repeatable tasks and operations
- Integrate CAD designs of devices and implants with your image data
- Design and optimize products that fit with the human body
Simpleware Software - What Does It Do?
The Simpleware Advantage
State-of the-Art Technology
Our industry-leading 3D medical imaging software platform leverages patented technology and enables comprehensive analysis of even the most complex scans. Guaranteed to give you robust models every time.
Intuitive and Customizable
Simpleware software is accessible to both beginners and more advanced users who need to process challenging image datasets. Customize the software with scripting and plugins to automate routine workflows.
Fully Supported
All licenses come with full support from our expert engineers to help you improve efficiency and achieve targets. Get the most from the software with one-to-one sessions and tailor-made training.
Simpleware Applications in Life Sciences
Orthopedics Research
Use image-based modeling to understand biomechanical behavior of the musculoskeletal system. Gain insights into implants and joint replacements by virtually evaluating designs.
Learn More
Physiological Flows
Analyze cardiovascular and airway geometries, combine anatomical data with CAD stent models, and use CFD meshing tools to export models for fluid flow analyses.
Learn More
3D Printing
Quickly and accurately generate robust and watertight STL files for 3D printing. Visualize and explore anatomies for research purposes and teaching.
Learn More