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After changing a pocket's depth in the SOLIDWORKS model, what is the correct next step in CAM?
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2026 Statistics
Key Facts: CSWP-CAM Exam
180 min
Exam Duration
SOLIDWORKS CSWP-CAM Certification Page
75%
Minimum Passing Score
SOLIDWORKS CSWP-CAM Certification Page
14 days
Retake Waiting Period
SOLIDWORKS CSWP-CAM Certification Page
2018+
Minimum SOLIDWORKS Version
SOLIDWORKS CSWP-CAM Certification Page
2.5-axis
Mill Focus (CAM Standard)
SOLIDWORKS CAM Standard Documentation
Hands-on
Performance-Based Format
SOLIDWORKS CSWP-CAM Certification Page
CSWP-CAM is a hands-on, performance-based SOLIDWORKS CAM Standard exam of about 180 minutes requiring a minimum score of 75%, with a 14-day waiting period between attempts. It tests the full 2.5-axis mill workflow: TechDB and strategies, AFR/IFR feature recognition, machine/stock/coordinate-system setup, operation plans and toolpaths, simulation, NC post-processing, design-change associativity, and waterjet/plasma/laser cutting.
Sample CSWP-CAM Practice Questions
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1In SOLIDWORKS CAM, what is the primary role of the Technology Database (TechDB)?
A.It stores cutting tools, machining strategies, feeds, and speeds that are applied automatically when operations are generated
B.It records the part's revision history for PDM purposes
C.It converts SLDPRT files into neutral STEP geometry
D.It performs finite element stress analysis on the toolpath
Explanation: The TechDB is the knowledge-based machining database that holds tools, tool cribs, strategies, and the feed/speed library. When SOLIDWORKS CAM generates an operation plan it pulls these defaults from the TechDB. This automation is the core of knowledge-based machining.
2Which statement best describes Automatic Feature Recognition (AFR) in SOLIDWORKS CAM?
A.It automatically selects the correct CNC machine based on part size
B.It scans the solid model and automatically identifies machinable 2.5-axis features such as holes, pockets, slots, and bosses
C.It generates the post-processed G-code without an operation plan
D.It recognizes only surfaces that require 5-axis simultaneous machining
Explanation: AFR analyzes the part geometry and automatically extracts prismatic 2.5-axis machinable features like holes, pockets, slots, and bosses. It is the fastest way to populate the feature tree but cannot capture every complex feature. Features it misses are added with Interactive Feature Recognition.
3When AFR fails to recognize a complex multi-surface region, which tool is used to define that machinable feature?
A.The Hole Wizard
B.The Draft Analysis tool
C.The Interactive Feature Recognition (IFR) wizard
D.The Move/Copy Bodies command
Explanation: IFR lets the programmer manually define machinable features that AFR cannot extract, such as complex multi-surface pockets or irregular profiles. The IFR wizard walks through selecting faces and feature type. It complements AFR rather than replacing it.
4In the Define Machine dialog, what must be selected so that toolpaths are calculated and posted correctly for a milling job?
A.Only the stock material type
B.The drawing sheet format
C.A SOLIDWORKS appearance for the part
D.An active mill machine definition plus its matching controller/post processor
Explanation: The machine definition sets the machine type (mill) and, critically, the active controller/post processor that translates toolpaths into the correct NC dialect. Without selecting and activating the machine, operations cannot be generated. The post processor must match the target CNC control.
5Which methods can be used to define the stock in SOLIDWORKS CAM for a milling part?
A.Only a cylindrical bar definition
B.Bounding box, extruded sketch, STL file, or an existing part/coordinate-system-based block
C.Only by importing a Simulation mesh
D.Stock cannot be defined and is always inferred at post time
Explanation: Stock can be defined as a bounding box around the part, from an extruded sketch, from an STL file, or from another part body. Choosing the right stock representation affects roughing volumes and toolpath extents. The bounding box is the most common default for prismatic mill work.
6The Mill Part Setup coordinate system in SOLIDWORKS CAM determines which of the following?
A.The color of the rendered toolpath lines
B.The material density used for mass properties
C.The program zero (origin) and the Z-axis cutting direction used for the toolpaths
D.The drawing view orientation only
Explanation: The setup coordinate system establishes program zero and orients the Z axis, which is normal to the cutting plane on a 3-axis vertical mill. Toolpaths and the posted work offset are referenced to this origin. Aligning it to the machine fixture is essential for correct output.
7On a standard 3-axis vertical mill, the Z axis of the Mill Part Setup should point in which direction?
A.Parallel to the longest edge of the stock
B.Into the part toward the table
C.Along the X axis of the machine
D.Out of the part, normal to the top machining plane (the spindle/tool direction)
Explanation: For a 3-axis vertical mill the Z axis is normal to the top plane and points up, out of the part, matching the spindle direction. Tools approach the work along negative Z. A flipped Z would gouge or machine air, so orientation is checked before generating toolpaths.
8After machinable features exist, which command populates them with default machining operations from the TechDB?
A.Generate Operation Plan
B.Rebuild
C.Insert Component
D.Check Sketch for Feature
Explanation: Generate Operation Plan reads each machinable feature and applies the TechDB strategy, creating operations such as rough mill, contour mill, and drilling with default tools and parameters. It is the bridge between recognized features and actual toolpaths. The plan can then be reviewed and modified.
9Which sequence correctly represents the typical SOLIDWORKS CAM milling workflow?
A.Generate toolpaths → define stock → recognize features → simulate → define machine
B.Post-process → simulate → generate operation plan → define machine
C.Define machine/stock/coordinate system → extract features → generate operation plan → generate toolpaths → simulate → post-process
D.Simulate → generate toolpaths → define coordinate system → extract features
Explanation: The correct order is set up the machine, stock, and coordinate system, extract machinable features, generate the operation plan, generate toolpaths, simulate to verify, then post-process to NC code. Each step depends on the previous one. Reordering breaks the dependency chain.
10What does Generate Toolpaths compute for each operation?
A.The bill of materials for the assembly
B.The exploded view animation
C.The sheet-metal flat pattern
D.The actual tool motion (cut, lead-in/out, links, retracts) based on the operation parameters and feature geometry
Explanation: Generate Toolpaths calculates the tool's cutting path including engagement moves, lead-ins and lead-outs, stepovers, depths, and rapid retracts using the operation's parameters and the feature geometry. The result is what gets simulated and posted. Out-of-date toolpaths are flagged for regeneration.
About the CSWP-CAM Practice Questions
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