The Hidden Secrets of 4 Axis Rotary CNC Machining Revealed in Solidcam 2024 | Solidworks Cam 2024

In SolidCAM, rotary machining allows you to machine parts with rotational symmetry, such as cylindrical or conical shapes. Here are some key features and benefits of rotary machining in SolidCAM:
Benefits:
Increased accuracy and precision
Improved surface finish
Reduced machining time
Ability to machine complex rotational geometries
Key Features:
Rotary machining with 2-5 axis simultaneous machining
Support for various rotary machine configurations
Advanced toolpath generation and optimization
Simulation and verification tools
Rotary Machining Operations in SolidCAM:
1. Rotary Milling: Machines cylindrical or conical shapes.
2. Rotary Turning: Machines rotational symmetrical parts.
3. Wrap Milling: Machines complex rotational geometries.
To get started with rotary machining in SolidCAM:
1. Ensure you have a rotary machine configured in SolidCAM.
2. Import or create the part geometry.
3. Select the rotary machining operation.
4. Define the machining parameters and toolpaths.
5. Simulate and verify the machining operation.
In SolidCAM, you can use the following 4-axis rotary machining strategies:
1. Wrap Milling: Cuts the part in a wrap-around fashion, using the 4th axis to rotate the part.
2. Rotary Milling: Cuts the part in a rotary fashion, using the 4th axis to rotate the part.
3. 4-Axis Parallel Milling: Cuts the part in a parallel fashion, using the 4th axis to rotate the part.
4. 4-Axis Radial Milling: Cuts the part in a radial fashion, using the 4th axis to rotate the part.
To set up a 4-axis rotary machining operation in SolidCAM:
1. Select the part geometry and the 4-axis machine.
2. Choose the desired machining strategy (e.g., Wrap Milling).
3. Define the machining parameters (e.g., tool, feed rates, depths).
4. Simulate and verify the machining operation.
In SolidCAM, 4-axis machining allows you to machine complex parts with multiple angles and curves. Here are some key features and benefits of 4-axis machining in SolidCAM:
Benefits:
Increased accuracy and precision
Improved surface finish
Reduced machining time
Ability to machine complex geometries
Key Features:
4-axis simultaneous machining
Support for various 4-axis machine configurations
Advanced toolpath generation and optimization
Simulation and verification tools
To get started with 4-axis machining in SolidCAM:
1. Ensure you have a 4-axis machine configured in SolidCAM.
2. Import or create the part geometry.
3. Select the 4-axis machining operation.
4. Define the machining parameters and toolpaths.
5. Simulate and verify the machining operation.
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CAM Solutions Ludhiana
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