Solidcam 3d Milling

Posted on 25-03-2021 by admin

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SolidCAM HSR/HSM module is very powerful and market proven 3D high-speed machining modules for complex 3D parts, aerospace parts, molds, tools and dies. It offers unique machining and linking strategies for generating 3D high-speed toolpaths.
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Solidcam 3d Milling Pdf
Solidcam 3d Milling Tutorial
3d Milling Machine
Solidcam 3d Milling Software

HSM provides powerful roughing and the finest finish tool paths available for 3D machining of complex 3D parts, aerospace parts, molds, tools and dies. HSR/HSM offers a high level of smoothness, efficiency, and smart machining.

HSR/HSM Modules for 3D High-Speed Milling

Powerful Roughing & Finishing Tool Paths for 3D Machining

SolidCAM’s HSS provides smooth and powerful machining of localized surface areas and undercuts, using the standard as well as shaped tools.
HSS provides easy selection of surfaces to be machined, without the need to define boundaries.
HSS provides significantly increased surface quality.
HSS is an essential module for every machine shop to machine all types of parts.

Powerful Roughing & Finishing Tool Paths for 3D Machining 3D machining at a very high level of smoothness, efficiency and smart machining. SolidCAM's HSR (High Speed Roughing) with HSM (High Speed Machining) module is very powerful and machine shop proven strategy for complex 3D parts, aerospace parts, molds, tools and dies.

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1. SolidCAM Basics

2. CAM-Part

3. Tools
For easier identification and classification of tools, you can define your own tool types.
SolidCAM offers three default tool types, namely:
• Tool Rough Mill for rough cutters.
• Tool End Mill for finish cutters.
• Drill for drills, bores, reams, threading tools etc…
• Shaped Tool Drill for shaped drills, reams etc…
• Shaped Tool Rough for shaped rough cutters.
• Shaped Tool End Mill for shaped finish cutters

4. Geometry
SolidCAM enables you to turn 3D models, 2D and 3D sketches built with SolidWorks into G-code
for any CNC-machine. In this process of modelling to manufacturing, geometries have to be defined
to determine where the model will be machined.
In SolidCAM, you can define geometries in two places; in the Geometries field of the CAM-Manager
and in each job. Defining geometries in the Geometries field is only possible if the CAM-part uses
homes defined with Projections mode; otherwise, this field is inactive. It is recommended to define
the geometry from the Job dialog; this enables SolidCAM to check if the geometry follows the
necessary rules needed in this type of job.
The Geometries defined in SolidCAM are associative to the SolidWorks model. Any change made to
the model or sketch will propogate to referenced SolidCAM Geome

5. Jobs
This command enables you to add a new job to your CAM-Part. In SolidCAM a Job is a single
machining operation. Normally you manufacture a workpiece using several machining steps and
technologies. For each of these steps you can define a separate job. A job can be very complex, but
always uses one tool, one major geometry and executes one machining type, e.g. 3D milling, profile
milling or drilling.
You can edit any single machining operation, change the job sequence and generate G-Code, combining
and splitting the job-list of your CAM-Part.

6. 2.5D Milling
You can mill on or along a contour. The profile geometry can be either open or closed. In profile
milling you can optionally use tool radius compensation to the right or left side of the geometry.
SolidCAM offers two types of profiling:
• Milling a single profile to the specified constant or variable depth in one step or in several
user-defined down-steps.
• Concentric profiles to the specified constant or variable depth; this type of profiling
generates several concentric profiles that start from the defined clear offset distance from
the profile, and finishes on the profile geometry, thus clearing the area around the profile to
a constant depth.

7. 3D Milling
You can perform 3-axis gouge-free machining on solid and surface models. This Job offers a wide range of roughing, semi-finishing and finishing strategies for free-form models.
It can be used to manufacture molds, dies, electrodes,prototypes and other 3D Models.When you select the commands Add>3D Model, the 3D Model Job screen will be displayed.Select the 3D model geometry for the Job from the list.

8. Simulation
The SolidCAM simulation option enables you to check and view the generated tool path after you
have defined and calculated your machining operations. The simulation can help you avoid problems
such as mistakes in defining the jobs or selection of an unsuitable milling strategy you would otherwise
experience during the actual production run.
To simulate a Job, move the mouse on the Job and press the right mouse button in the CAM Manager.
The Job menu will be displayed. Click on the Simulate option

9. G-Code
This command enables you to generate and display the G-Code file for the CAM-Part or for machining
jobs. The G-Code file can then be transferred to your CNC-machine using a floppy disk, via a DNC
(RS 232) or Ethernet connection.
The format of the G-Code depends on the Controller you selected in the CAM-Part data dialog.
The G-Code output format can be customized either by using the GPP interface or by changing the
controller‘s *.mac and *.gpp files. Contact technical support for more information on post-processor
customization.

10. SolidCAM Settings
In the Settings dialog you can change the path to related applications, units, tolerances, default machines,
editors, and color settings for SolidCAM.
The Settings register enables you to easily view and edit the current program preferences and
options.

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