3DPrint Room focus exclusively on quick voxel creation of 3D models for 3D printing.
Make your 3D models as easily as possible. Start with simple primitives and go as complex as you like and the mesh is smoothed specifically for 3D-Printing.
The tools integrated into 3DCoatprint allow the users to perform Voxel Modeling for extremely fast, flexible, and topology-free 3D model construction.
This is an intuitive and easy way of 3D modeling to create models rapidly, without having to piddle all day with the polys, edges and vertices of a traditional polygonal model, nor mess with the UV maps.
Make your 3D model starting from primitives.
Work with digital clay as Plasticine using various brushes.
You can cut off unnecessary parts to quickly get the desired form.
Render still images or movies or turntable sequences with 3DCoat’s default GPU render engine.
Create 3D Print supports for your model.
FEATURES
EASY VOXEL MODELING
- Voxel modeling with no topological constraints
- Various primitives for quick-start
- Clean and compact UI
- Complex boolean operations with crisp edges
- Dozens of fast and fluid sculpting brushes
- Import and view DICOM files (not for medical use). You can change and save the models in .stl format.
- Splines and Joints – a cool way for fast modeling
- Adaptive dynamic tesselation
PREPARATION OF THE MODEL FOR 3D PRINTING
- Customizable Print area
- Dedicated Export Menu
- Create 3D Print supports
- The mesh is smoothed specifically for 3D Printing
RENDERING
- Physically Based Rendering
- High Dynamic Range Lighting
- Screen Space Reflections and Lights
- Renderman support
Tutorials
Discover 3DCoat Print Learning Materials: On this video series you can watch how 3DCoat tools let you easily create and export your model to be ready for print.
Remove Intersections for 3D Printing: This video demonstrates the usage of a new feature in 3DCoat, largely for the purpose of 3D Printing, where a user specified gap needs to be created between two objects… such as a joint and socket.
This way, once both parts are 3D Printed, one part can properly fit within the other.