
Benefits of Using SolidCam
Machine ID Reference Guide
SW 2D rectangle
SW Cut ( Circle )
SW Cut Rectangle
Cutting Parameters Cutting direction with Mastercam
Cutting direction with Mastercam more details
3 Plus 1 Axis 2D Pocket and Profil Toolpath
Explore creating a SolidWorks model, splitting geometry, and building a CAM process with a 3D high-speed offset toolpath by defining coordinate systems, drive surfaces, boundaries, and passes.
3 Plus 1 Axis Transform Options
You dont need to create WCS for each 4 axis positon we can use transform option
3 Plus 2 Axis Face Toolpath
4 Axis Continuous Profil and Positional 4 Axis Profil Toolpath 01
3 Plus 2 Axis HSR Contour Roughing toolpath,
3 Plus 2 Axis Profile toolpath
3 Plus 2 Axis Constant Z Machining
3 Plus 2 Axis Pocket Wrapped Toolpath
4 Axis Continuous Profil and Positional 4 Axis Profil Toolpath 02
Mac1 with Position 1,2,3,4,5 Profile toolpath
Mac1 Position 1 Wrapped Pocket and Profile toolpath
4 Axis Continuous Cylinder Milling
4 Axis Screw Model 2d Profil and 3d Contour machining with +1 axis
In that video you can see different point of view to use 4 axis
Sim 5 Axis Milling / Parallel Cuts
Sim 5 Axis Milling Parallel Cuts Check Surface
Lead in and Lead out option
Tool Axis Tilted relative to cutting direction Angle 90
Sim 5 Axis Milling Parallel Cuts
Tool axis control: Tilted relative to cutting direction
Lag Angle to cutting direction 30 degree
Parallel Cuts Examples
Output format: 5 Axis
Tool axis direction: Tilted relative to cutting direction
Sim 5 Axis Milling
Morph Between Two Boundary Curves
Sim 5 Axis Milling
Morph Between Two Boundary Curves Rotate
Sim 5 Axis Milling
Morph Between Two Boundary Curves Multi Passes
Sim 5 Axis Milling
Morph Between Two Boundary Curves Pick Point
Tool Axis control: Tilted through point (pick point)
Sim 5 Axis Milling
Projection Offset
Tilted through curve
Sim 5 Axis Milling
Projection User Defined
Tool axis control Not to be tilted; stays normal to surface
Introduction of Multiblade Machining
1-) Roughing
2-) Blade Finishing
3-) Hub Finishing
4-) Fillet Finishing
Roughing
Roughing Transformation Rotation
Blade Finishing
Blade Finishing 2
Fillet Finishing
Hub Finishing
SolidCAM is the leading Integrated CAM software which runs directly inside SOLIDWORKS and Autodesk Inventor, with seamless integration and full tool path associativity.
With the single-window integration, all machining operations can be defined and verified without leaving the parametric CAD assembly environment you're used to.
Solidcam software has the easiest interface and is the easiest to learn software in the world. This software, which is used by many small and medium sized companies, works integrated with the Solidworks software, which is the most used in the design world.
With the help of this training set, you can be an advanced Solidcam user starting from scratch. The feature of our training set is that it does not only mention what the commands are for, and all subjects are reinforced with various industry applications where all commands are used. With this training set, you can turn your dreams into reality.
When you watch the training videos, you will be able to learn CNC working logic, M, G codes, 2D and 3D design, 2½ axis milling, 3 axis milling, 4 and 5 axis milling, iMachining features with industrial applications.
You can save up to 80% with iMachining toolpaths developed exclusively by Solidcam software.
Who Can Use: Engineers, Technical Staff, Hobbyists, CNC operators and Job seekers.