RhinoCAM-Mill 2019 - Premium

RhinoCAM-Mill versión 2019 - Premium (fresado en 5 ejes continuos)
This package includes our new 5 Axis continuous machining functionality. Suitable for highly sophisticated machining requirements such as aerospace, advanced mold making and woodworking industry, this package includes such machining methods such as surface normal machining, swarf machining and surface flow machining. The package in addition includes all the functionality found in the PRO configuration described above.

12.100,00 € Precio especial 9.075,00 €
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RhinoCAM 2019 the newest version of MecSoft’s integrated CAM solution for the Windows version of Rhinoceros 5.

RhinoCAM marries the power of Rhino’s freeform modeling with the legendary machining capabilities of VisualCAM to bring you a product of unrivaled capability for free form surface machining. With the seamless user interface, selection and display integration RhinoCAM acts and feels like you are working with Rhino when creating your cutter paths. RhinoCAM is fully associative to any geometry changes within Rhino. 

RhinoCAM 2019 includes four CAM modules known as RhinoCAM-MILL, RhinoCAM-TURN, RhinoCAM-NEST, and RhinoCAM-ART, each of which run integrated inside the Windows version of Rhinoceros 5 CAD program and can be bought and licensed independent of each other. All CAM modules were significantly enhanced and improved in this 2019 release to provide customers with a powerful and complete manufacturing platform.

Some of the newly introduced features are:

  • Enhancements to 2 Axis, 3 Axis and 4 Axis Milling as well as Turning toolpath methods
  • Enhancements to Cut Material Simulation, Tooling & Feeds/Speeds
  • Enhancements to Knowledge Bases for the automation of programming tasks
  • Utilities for cabinet makers to help in programming toolpaths for cabinet manufacturing
  • Enhancements to the RhinoCAM-NEST module

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

RhinoCAM-MILL is one of the five modules offered in the RhinoCAM CAM software suite.  
Combining free-form modeling power of Rhino and the legendary machining capabilities of VisualMILL this module offers an easy to use yet powerful milling solution that is ideal for mold, die & tooling, wood working, rapid-prototyping and general machining.  RhinoCAM includes 2-1/2, 3, 4 & 5 axis machining functionality. It comes with hundreds of free post-processors and a post-processor generator to create your own. Priced right for the cost conscious buyer, RhinoCAM-MILL  CAM software delivers outstanding value for your investment.

The RhinoCAM 2016 MILL module comes in 4 different configurations to suit the varied machining needs of our customers:

  • RhinoCAM 2016 MILL Standard (STD)
    This is a general purpose machining program targeted at the general machinist. This product is ideal for the rapid-prototyping, hobby and educational markets where ease of use is a paramount requirement. Packed with sufficiently powerful manufacturing methods this easy to use package is not only effective but also attractively priced for the budget conscious or entry level buyer. 
  • RhinoCAM 2016 MILL Expert (EXP)
    This configuration allows 4th Axis Indexed and continuous roughing and finishing operations to be created. Curve based continuous machining such as 4 Axis Facing, Pocketing, Profiling & Engraving as well as Surface/solids/meshes based machining such as Roughing, Finishing and Curve Projection machining are available. This configuration includes all of the functionality included in the STD configuration.
  • RhinoCAM 2016 MILL Profesional (PRO)
    This powerful package is ideal for mold, die and tooling, wood working rapid-prototyping and general machining markets. This product boasts of powerful toolpath generation strategies coupled with tools for efficiently controlling the cutting tool for detailed machining capabilities, while not sacrificing ease of use. Suitable for demanding users with sophisticated manufacturing requirements. This product configuration includes all of the functionality included in the EXP configuration described above.
  • RhinoCAM 2016 MILL Premium (PRE)
    This package includes our new 5 Axis continuous machining functionality. Suitable for highly sophisticated machining requirements such as aerospace, advanced mold making and woodworking industry, this package includes such machining methods such as surface normal machining, swarf machining and surface flow machining. The package in addition includes all the functionality found in the PRO configuration described above.

RhinoCAM-TURN is a powerful 2 axis Turning Center programming system that is one of the five modules offered in the RhinoCAM CAM software suite. This module includes Turn Roughing, Finishing, Groove Roughing, Finishing, Threading, Parting, hole machining & free post processors. RhinoCAM-TURN CAM software for your lathes and turning centers delivers outstanding value for your investment.


RhinoCAM-NEST is MecSoft’s cost effective solution for optimally arranging and fitting geometric shapes onto sheets of stock material. It provides two primary nesting capabilities: Rectangular Nesting and True Shape Nesting. For both solutions, individual 2D CAD shapes can be arranged on sheets according to user-defined quantities, spacing, and with orientation control, including material grain restrictions.


RhinoART or RhinoCAM-ART is a module within RhinoCAM that is used to convert artwork into geometry suitable for machining. This module introduces exciting new modeling techniques for modeling artistic shapes using raster bitmap images. Used in conjunction with RhinoCAM’s 3D modeling tools, it offers a complementary set of modeling techniques for jewelry design, sign making and model making.

RhinoCAM ART is not a standalone application and needs RhinoCAM 2016 to run.


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Código Producto RC-M-PRE19
EAN 8435371401620
es_estudiante No
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System Requirements:

  • Runs on both 32 bit and 64 bit versions of Rhino 5.0
  • CPU: Pentium class or higher processor
  • RAM: Minimum: 1GB, 
  • Recommended: 4GB or higher
  • Disk: 700 MB of free disc space
  • OS: Microsoft Windows Vista, 7, 8, 8.1, 10
  • Graphics: Requires OpenGL, Recommended OpenGL 2 

The TURN module is now included with the STD,EXP,PRO,PRE configurations of the MILL product free of cost! Please note that it is NOT included in the Express (XPR) configuration. A 2019 customer of a MILL license of STD,EXP,PRO,PRE configurations will now also be able to use the TURN module free of cost starting with the 2019 release.

  • A cutting depth value field has been added to all milling & turning tools as part of the tool properties. This cut depth value can be used in operations that require mutltiple depth passes.
  • Tool number conflicts are flagged before post-processing multiple operations. That is, when multiple machining operations using different tools but with one or more coincident tool numbers are posted, the user is notified of this condition.
  • Better display support for high resolution (4K) has been implemented. RhinoCAM now scales the icons up in the ribbon bar for higher resolution monitors so that they do not appear very small and hard to read.
  • Loading of tool libraries and saving of tool libraries point to last loaded and last saved folders rather than the last accessed folder.
  • Tool preview is now performed in the Tool Coordinate System (also known as the Setup Coordinate System) to make visualization of the tool better.
  • When creating a cylinder stock, the axis of the cylinder is automatically set to the machine tool Z axis.
  • Removed the toolpath information box in the Toolpath Editor/Viewer to increase the display size. The information now is displayed in a single line on the title bar of the toolpath editor
  • Setup information can now be displayed in the toolpath editor. Errors are flagged and displayed in the toolpath editor/viewer if the setup orientation is not reachable.

Feature Detection and Machining tab can now be displayed in the main Machining Browser by setting an option in the Features Preferences dialog. This will allow users who use Feature Based machining often an easier access to Feature Detection and Machining functions.

A new Feature Type called Silhoutte Feature has been implemented. This feature can be useful when it necessary to profile the outer boundary or silhouette of a part model. The allowable machining operations for this feature type are 2 ½ Axis Profiling and Roughing.

  • A new knife machining operation has been added to RhinoCAM. This operation allows users to program drag knives for cutting operations on thin sheets of materials. The knife will be retracted and swiveled to make sure the knife can cut the input shape.
  • New cornering options for profile machining have been implemented. These corner options are used in various different applications such as wood working, laser cutting etc.
  • Adding clustering option in Sorting for Profiling and Engraving machining operations. This option keeps nested profiles together for machining and does not treat them as independent curves. An example of nested curves and associated toolpaths.
  • Using stock model silhouette automatically for 2 ½ Axis Facing as stock boundary if no drive regions as selected for machining. The system computes the stock model silhouette, and then moves it to the top most Z value of the stock geometry and uses this region as the outermost/stock region.
  • Skim clearance settings uses 3D geometry if present in the model to compute the skim clearance heights. In previous versions, transfer motions ignored 3D geometry if present. In the 2019 version transfer motions consider 3D geometry in the calculation of the skim height.
  • The Slot machining algorithm has been improved. Now the area between concentric circles are now treated as a single slot. In 2018 such cases would result in an error and with no toolpath being generated.
  • Trochoidal motions have been introduced for tool motions going from the start point to the first cut location. This reduces tool loading especially in high-speed machining. In 2018 the motion was a straight line inducing large amounts of tool loading.
  • Horizontal Clear Flats machining algorithm has been rewritten and been made more accurate.
  • Adding clustering option in Sorting for 3 Axis Pocketing. This is similar to the clustering option added to 2½ Axis Profiling and Engraving machining operations.
  • Cut connection motions have been made smoother in parallel finishing. Arc fitting in these cut connection motions has also been implemented.
  • A new parameter called Minimum Cut Length has been added to Pencil Tracing toolpaths. This parameter allows for pruning small cuts in models that might result in too many small areas where pencil traces can be detected. In addition to this, the algorithm for Pencil Tracing has been revamped to handle large number of small areas with large performance improvements.

When cut transfer is set to rapid, intermediate points are now not being output during transfer motions in 4 Axis continous toolpaths. This allows the machine tool to rotate the part using an arc motion rather than using the linearized transfer motions that are computed by the system.


Machines with nutating heads can now be programmed. Nutating heads are heads where the primary axis of rotation and the secondary axis of rotation are not orthogonal (make a 90 degree angle).

New variables have been introduced in the post to allow for posting in local coordinates. These variables allow mixing both World Coordinate System (WCS) coordinates and Setup Coordinate System coordinates in the same program. These variables are:



User defined tools can now be used in drilling operations. This was done to allow multi- function tools to be defined as user defined tools and used in drilling operations.


The Feedrate calculator has been enhanced to get the max spindle speed value from selected post into the feeds/speeds calculator. Maximum cut feed is also now obtained from the selected post.


An option to stop simulation at the first error and display an error message has been implemented.

Collisions due to the shank of the tool, in addition to holder collisions, are now detected and flagged as errors.

Part/Stock comparison now displays the comparison results as soon as the Part/Stock comparison button is selected rather than waiting for the dialog to come up.


Additional machine tool models have been added as part of the installed machine tool simulation library.

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