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SOLIDWORKS CAM
SOLIDWORKS CAM is an integrated computer-aided manufacturing (CAM) solution that allows engineers and machinists to program CNC machining directly inside the SOLIDWORKS CAD environment. By combining design and manufacturing in one system, SOLIDWORKS CAM generates machining toolpaths from your 3D models. This reduces programming time, eliminates file translation between systems, and ensures machining operations remain aligned with design updates.
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What is SOLIDWORKS CAM?
SOLIDWORKS CAM is a feature-based CNC programming system built directly into SOLIDWORKS CAD. It allows engineers and manufacturing teams to generate CNC machining toolpaths directly from their 3D models without exporting data to separate CAM software.
The software uses Automatic Feature Recognition (AFR) and knowledge-based machining to identify machinable features such as pockets, holes, slots and bosses. Once identified, the system automatically applies predefined machining strategies to generate toolpaths and CNC programs.
Because toolpaths remain linked to the CAD model, machining operations automatically update when designs change. This ensures manufacturing stays aligned with engineering revisions and reduces the need for manual reprogramming.
Key capabilities include:
Automatic Feature Recognition for machinable features
Knowledge-based machining strategies
Associative toolpaths linked to CAD geometry
CNC program generation from SOLIDWORKS models
Integrated toolpath simulation and verification
Benefits of SOLIDWORKS CAM
SOLIDWORKS CAM helps engineering and manufacturing teams reduce programming time, improve machining consistency and connect design with production workflows.
Key points:
- Automatic Feature Recognition detects pockets, holes and slots
- Toolpaths generated directly from CAD geometry
- Reduced manual programming effort
- Faster preparation of CNC machining programs
Design and Manufacturing
Key points:
- No need to export models to separate CAM systems
- Toolpaths automatically update when the design changes
- Reduced risk of manufacturing errors
- Faster transition from design to production
Key points:
- Reuse proven machining strategies
- Standardise machining processes across teams
- Improve programming consistency
- Reduce setup time for repeat jobs
SOLIDWORKS CAM
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SOLIDWORKS CAM
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SOLIDWORKS CAM Capabilities
SOLIDWORKS CAM provides the essential tools manufacturers need to generate CNC machining programs directly from SOLIDWORKS models while maintaining a fully associative design-to-manufacturing workflow.
Feature-Based Machining
SOLIDWORKS CAM automatically detects machinable features in a model and generates machining operations based on feature geometry.
Key points
Automatic Feature Recognition (AFR)
Detection of holes, pockets and slots
Reduced manual programming effort
Faster setup of machining operations
Knowledge-Based Machining
Store and reuse machining strategies using the Technology Database to ensure consistent manufacturing processes.
Key points
Capture machining best practices
Reuse proven strategies
Automatically assign tools and cutting parameters
Maintain consistent manufacturing standards
Integrated CAD and CAM Workflow
SOLIDWORKS CAM operates inside the SOLIDWORKS interface, allowing engineers to design and program machining operations in the same environment.
Key points
Single platform for CAD and CAM
Toolpaths update automatically with design changes
Reduced data translation between systems
Faster design-to-manufacturing workflows
Advanced Milling Strategies
SOLIDWORKS CAM supports a wide range of milling operations used in modern CNC machining.
Key points
2.5-axis milling operations
3-axis machining strategies
Roughing and finishing toolpaths
High-speed machining operations
Assembly Machining and Multi-Axis Programming
Advanced machining workflows allow users to program operations within assemblies and support complex machine setups.
Key points
Assembly-level machining
CNC turning operations
3+2 axis programming support
Programming for complex machining setups
SOLIDWORKS CAM Packages
SOLIDWORKS Simulation is available in multiple packages to match different engineering requirements, from core structural validation through to advanced study types and productivity tools. Package selection typically depends on the failure modes you need to evaluate, the complexity of your load cases, and the depth of reporting required for internal sign-off or certification processes.
SOLIDWORKS CAM Standard
- Tolerance-Based Machining
- Automatic Feature Recognition
- Interactive Feature Recognition
- 2.5 Axis Milling
- Automatic Roughing and Finishing
- VoluMill for High-Performance Toolpaths
- Knowledge-Based Machining
- Assembly Machining
- Rest Milling
- Stock Simulation and Removal
SOLIDWORKS CAM Professional
- All features of SOLIDWORKS CAM Standard
- 3 Axis Milling
- High-Speed Machining (HSM)
- VoluMill for 3 Axis
- 2.5 Axis Turning
- Rotary Milling
- Nesting for Sheet Metal and Flat Patterns
- Probe Support for Inspection
- 3+2 Milling
- CAMWorks ShopFloor
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Frequently Asked Questions about SOLIDWORKS CAM
SOLIDWORKS CAM is a computer-aided manufacturing (CAM) solution designed to generate CNC toolpaths directly within SOLIDWORKS. It allows machinists, engineers, and manufacturers to:
- Automatically generate 2.5-axis milling, turning, and drilling operations.
- Optimise machining strategies using feature-based recognition.
- Reduce setup times with rule-based machining for standardised manufacturing.
- Improve production accuracy with tolerance-based machining (TBM), ensuring better quality control.
By integrating CAM within the SOLIDWORKS design environment, users can seamlessly transition from CAD to CNC machining without switching between multiple platforms.
SOLIDWORKS CAM supports various CNC machining processes, including:
- 2.5-Axis Milling – Ideal for profiling, pocketing, drilling, and facing.
- Turning – Supports lathe operations like facing, grooving, threading, and boring.
- High-Speed Machining (HSM) – Reduces tool wear and improves efficiency.
- Tolerance-Based Machining (TBM) – Adjusts machining parameters based on dimensional tolerances in CAD models.
These capabilities make SOLIDWORKS CAM suitable for a wide range of industries, from aerospace and automotive to medical and industrial manufacturing.
Feature-based machining (FBM) automatically recognises design features such as holes, pockets, and bosses, eliminating the need for manual programming. With FBM, users can:
- Save time by reducing repetitive CAM programming tasks.
- Apply rule-based automation to enforce machining best practices.
- Ensure consistency across parts by standardising machining processes.
This intelligent automation reduces human error and accelerates CNC toolpath creation, making manufacturing more efficient.
SOLIDWORKS CAM ensures higher accuracy and fewer errors by:
- Synchronising design and machining data – Any changes to the CAD model automatically update toolpaths.
- Tolerance-Based Machining (TBM) – Adjusts cutting strategies based on tolerance specifications, improving precision.
- Simulating machining operations – Users can verify toolpaths and detect potential collisions before sending programs to the CNC machine.
These features lead to higher-quality finished parts and reduced scrap rates, saving time and material costs.
SOLIDWORKS CAM is available in two main versions, each offering different levels of functionality:
- SOLIDWORKS CAM Standard – Includes 2.5-axis milling, automatic feature recognition, and basic rule-based machining.
- SOLIDWORKS CAM Professional – Adds turning capabilities, 3+2 machining, high-speed machining, and assembly machining for more complex manufacturing needs.
SOLIDWORKS CAM is ideal for:
- Manufacturers – To streamline CNC programming and reduce production costs.
- Machine Shops – To improve turnaround times and standardise machining processes.
- Design Engineers – To ensure manufacturability and optimise designs for CNC machining.
- Aerospace, Automotive & Medical Industries – Where precision, efficiency, and compliance are critical.
By integrating CAD and CAM into a single, connected workflow, SOLIDWORKS CAM enables teams to work faster and smarter, ensuring better manufacturing outcomes.
You can purchase SOLIDWORKS CAM through MECAD Systems, an authorised SOLIDWORKS reseller. We offer:
- Custom licensing options to fit your business needs.
- Expert training & support to help you get the most from SOLIDWORKS CAM.
- Free consultations & product demonstrations to show how SOLIDWORKS CAM can improve your machining processes.
Contact MECAD Systems today to discover how SOLIDWORKS CAM can help you achieve faster, more precise, and cost-effective CNC machining.
How MECAD Systems Can Help
Get Started with SOLIDWORKS CAM
SOLIDWORKS CAM helps manufacturing teams connect design and production with fully integrated CNC programming tools. By generating toolpaths directly from SOLIDWORKS models, you can reduce programming time, improve machining consistency, and accelerate the transition from design to manufacturing.
Contact MECAD Systems today to learn how SOLIDWORKS CAM can optimise your CNC programming workflow.