Rhino3DPRINT 2016


Rhino3DPRINT 2016

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Rhino3DPRINT is a fully integrated, separately licensed, plug-in that runs inside the Rhinoceros 5.0 NURBS modeler. It offers efficient, easy and automatic tools for the preparation of 3D data, such as point clouds and meshes, that otherwise cannot be 3D printed. The seamless combination of Rhino’s powerful modeling and extensive file import functionality with Rhino3DPRINT’s data preparation tools enables the user to 3D print models from almost any input source and any major 3D format.

Rhino3DPRINT is only available on Rhino for Windows. It will not run on the Mac version of Rhino

Learn More

Use the following resources to get started with Rhino3DPRINT 2016
What’s New in Rhino3DPRINT 2016 What’s New
Data Sheet of Rhino3DPRINT 2016 Data Sheet
Watch a feature presentation overview of Rhino3DPRINT 2015 Feature Presentation
Work your way through the tutorials in the Quick Start Guide Quick Start Guide
Working with Point Clouds, G-Code Output video
Working with Mesh Stitching, Offsetting and Shelling video
Working with Mesh Healing, Reduction and Boolean functions video
Other Video Guides
Overview of the User Interface video
Meshing a Point Cloud video
Using Auto Fix to Repair a Mesh video
Re-Meshing and Smoothing video
Generating Supports video
Check and Fit your Mesh to a 3DPrinter video
Creating Slice Curves video
Generating G Code video

Feature List

The table below summarizes the various features of Rhino3DPRINT.

User Interface
Dock-able Browser Browser window for easy access to 3DPRINT objects
Ribbon Interface Ribbon interface for easy access to all 3DPRINT functions
Dialogs in Browser Split browser window to house function dialogs to relieve screen clutter
Creation Functions
Meshes from Point Clouds Create meshes from raw point clouds
Modeling Functions
Boolean Unite Perform unite operations on multiple meshes
Boolean Subtract Subtract one set of meshes from another
Boolean Intersect Intersect two sets of meshes
Intersect & Split Meshes Intersect one set of meshes with another and split them at the intersections
Split Meshes Split meshes with virtual planes
Offset Meshes Offset meshes to create shells
Convex Hull Create the convex hull of selected meshes
Local Manipulations Graphically modify local areas of a mesh using a manipulator
Inspection Functions
Reflection Lines Analysis Use reflection line analysis to check quality of mesh
Curvature Analysis Use curvature analysis to graphically examine areas of curvature
Compare Meshes Compare two meshes and graphically display deviations between them
Modification Functions
Mesh Decimation Reduce locally/globally the triangle count of meshes
Re-meshing Re-mesh locally/globally to create uniform triangles
Smoothing of Meshes Smooth meshes locally/globally to even out irregularities in data
Repair Functions
Stitch & Close Stitch and close multiple meshes
Auto-fix Automatically analyze and close holes in open meshes
Manual-fix Detect holes fix them individually using different parameters
Diagnose Perform a series of diagnostic checks on meshes
Separate Meshes Separate meshes to independent bodies
Fix Orientation Unify the orientation of all triangles in selected meshes
Flip Orientation Reverse the orientation of all triangles in selected meshes
3D Print Functions
Best Orientation Find best orientation for printing based on minimum overhang areas
Generate Supports Create supports for overhang areas before printing
Select 3D Printer Select from a customizable list of 3D printers
Fit in 3D Printer Volume Fit selected meshes inside the selected printer volume
3D Print Checks Perform a series of 3D print checks such as thin wall analysis
Export Export selected meshes to STL or AMF format files
3D Print using Win Drivers Use the Win 8.1 drivers to send data directly to the 3D printer
Generate G-Code Create nozzle paths and corresponding G-code for FDM/SLA printers