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To facilitate costing of sheet metal parts or machined plate parts from machining templates, you can convert circular cut paths into drilled holes. Converting Circular Cut Paths to Drilled Holes.The Costing tool uses different methods for selecting tools used for machining operations. Moving Machining Setup Costs to Different Setup Operations.You can edit manufacturing operations in the Costing template or in the CostingManager. With custom stock bodies, you can calculate the cost of imported geometry, for example, machined castings. When using Costing for machined parts, you can select a custom stock body, either a configuration of the current part or an imported stock body. Typically, these are costs for features that are not modeled in the part, such as heat treatment, painting, or shipping. You can create custom operations to apply additional costs to machined parts. You can view how the Costing tool categorizes required machining operations and modify operations from the CostingManager on the left side of the SOLIDWORKS software window. You can specify the input values for determining the cost of manufacturing a single-body 3D printed part from the Costing Task Pane.

Set the input values for determining the cost of manufacturing a single-body plastic part from the Costing Task Pane.

Set the input values for determining the cost of manufacturing a single-body casted part from the Costing Task Pane. Set the input values for determining the cost of manufacturing a single-body machined part from the Costing Task Pane. With the technologies in HCL CAMWorks – full CAD/CAM integration, feature-based programming, automatic feature recognition, TechDB and Tolerance Based Machining – CNC programs are generated faster, cycle times are reduced, production increased and quality significantly improved.Run the Costing tool to determine the cost of manufacturing a machined part. This technology is user configurable and allows companies to easily configure the system to fit their specific quality requirements. Intelligence-based machining with CAMWorks TechDB takes this a step further and captures preferences and best practices to be used in generating the operations and toolpaths for part programs moving forward. Advanced feature recognition (AFR) recognizes machinable features and adds them to the model so that programmers can utilize the technological advancements of feature-based CAM. Tolerance Based Machining is most effective when combined with other CAM automation tools such as advanced feature recognition and intelligence-based machining.