Waterjet, Plasma and Laser Machining in SOLIDWORKS CAM
dateSeptember 29, 2020

The SOLIDWORKS CAM Technology Database can be customized to support the use of waterjet, Plasma and laser cutting machines.

Stock

The first consideration is to ensure that the stock size is larger than the part you are machining. Typically, you will cut around the outside shape of the part after you have cut all internal profiles You do not need to add stock in the Z direction. The program will automatically detect the height and cut through based upon power or setting for the material specifications in the post processor.

SOLIDWORKS CAM provides the ability to select from different material types. These materials properties can be customized and utilized in the machining operations.

Tools

Specialized tools for the type of machining operation can be added to the Technology Database.

Typically, you would define a tool and set the tool diameter and comments that you would like to see in the post processor. Additionally, you would set the speeds and feeds for the material, the leadin/leadout desired to maintain a quality cut and the coolant setting.

Case Study: Plasma Workflow

In this case study, you will follow a typical workflow for machining with a plasma, waterjet or laser machine.

  1. First, Add flat end mill, in Tech DB.

Goto, TechDB è Mill Tool è Flat End Mill. Copy a Flat end mill change parameter as below:

Tool ID: 1MM Plasma DIA

Diameter(D1): 1mm

Comment: 1mm Plasma DIA

Stock and material group name:  add è Low carbon alloy steel. Feed Rate settings:

XY Feedrate:700

Z federate: 700

Leadin feedrate: 400

Leadout feedtate: 400

Coolant type: Off

2. Open part and add tool to tool crib.

3. Create Mill part setup and Create pocket for inside features.

Select Mill setup 1, Right-click and select 2.5 Axis feature select Type Pocket.

Set Face Selection filter to inner loops and select the top face of the part.

Click End Condition set to Upto stock.

Set strategy to finish.

Click OK.

4. Create boss for outer profile.

Select Mill part setup 1, Right-click and select 2.5 Axis Feature.

Select Type, Boss.

Select outer edge of part.

Click End Condition set to upto Stock.

Click OK.

The Circular Boss feature is created.

5. Generate operation plans.

Click Generate operation Plan

6. Generate toolpath.

7. Modify operation parameters.

8. Simulate Toolpath.

9. Post process

Optionally you can post process the part using the Plasma Tutorial post processor.

10. Send NC program to the machine.