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SolidCAM is the leading integrated CAM solution in SOLIDWORKS, Solid Edge, and Autodesk Inventor, designed to streamline every stage of CNC programming and manufacturing. With a powerful suite of machining modules, SolidCAM delivers unmatched toolpath efficiency, precision, and ease of use – all inside your preferred CAD environment.
SolidCAM is the leading integrated CAM solution in SOLIDWORKS, Solid Edge, and Autodesk Inventor, designed to streamline every stage of CNC programming and production. With a powerful suite of machining modules, SolidCAM combines precision, automation, and intelligent toolpath control for a faster, more efficient manufacturing workflow.
Work natively inside SOLIDWORKS, Solid Edge, or Autodesk Inventor without switching environments. SolidCAM retains full CAD associativity, meaning any design change updates your CAM operations instantly.
SolidCAM’s patented iMachining calculates feeds, speeds, and cutting angles automatically. It reduces machining time and extends tool life by adjusting cutting conditions dynamically for each material and tool.
Whether you’re cutting 2.5D features, performing advanced 5-axis operations, or programming multi-spindle lathes, SolidCAM provides the exact module you need - all in one interface.
SolidCAM’s advanced simulation tools provide real-time verification, collision detection, and stock removal analysis to prevent costly production errors.
| Technical Overview: SolidCAM Specifications | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Integration: |
Fully embedded in SOLIDWORKS, Solid Edge, and Autodesk Inventor |
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Machining Methods: |
2.5D Milling, 3D Milling, 5-Axis Machining, Turning, Wire EDM |
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Toolpath Strategies: |
iMachining, HSR/HSM, AFEB, Multi-Page, High-Speed Surface (HSS) |
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Simulation: |
Full machine simulation with collision detection and material removal |
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Automation: |
Automatic Feature Recognition and Toolpath Optimisation |
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Post-Processing: |
Customisable post-processors for all major CNC controllers |
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Supported Machines: |
Multi-axis, multi-spindle, and mill-turn CNC systems |
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Outputs: |
G-code, toolpath verification, cutting time estimation, and material removal analysis |
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SolidCAM unites CAD and CAM into a single platform, removing the inefficiencies of working between separate systems. Engineers can design, simulate, and machine within one familiar interface, reducing programming time and increasing manufacturing accuracy.
With its patented iMachining engine, SolidCAM helps users achieve faster cycle times, reduce tool wear, and improve surface quality – even on the toughest materials. From prototyping to high-volume production, SolidCAM scales effortlessly across industries like aerospace, automotive, tooling, and general engineering.
SolidCAM unites CAD and CAM into a single platform, removing the inefficiencies of working between separate systems. Engineers can design, simulate, and machine within one familiar interface, reducing programming time and increasing manufacturing accuracy.
With its patented iMachining engine, SolidCAM helps users achieve faster cycle times, reduce tool wear, and improve surface quality – even on the toughest materials. From prototyping to high-volume production, SolidCAM scales effortlessly across industries like aerospace, automotive, tooling, and general engineering.
Easily programs complex Swiss-type CNC machines with multiple turrets and spindles. Provides optimised turning and milling, full synchronisation, and accurate simulation for high-precision parts.
Automates 2D pocketing, profiling, and contouring with adaptive feeds and speeds for faster material removal and longer tool life.
Applies patented iMachining algorithms to 3D parts, improving roughing and finishing while maintaining exceptional surface quality.
Automatically recognises geometric features on 3D CAD models, reducing setup time and improving efficiency for production machining.
Combines user-friendly controls with advanced toolpath generation for drilling, pocketing, and contouring – ideal for prototypes and production machining.
Supports advanced mill-turn centres with multiple spindles and turrets. Enables full synchronisation between turning and milling operations with machine simulation.
Delivers efficient, high-speed toolpaths for complex 3D shapes while achieving excellent accuracy and surface finish.
Specialised module for finishing individual surfaces and undercuts with precision, ideal for mould and die manufacturing.
Simplifies multi-sided operations by defining multiple coordinate systems and machining setups for parts with several orientations.
Offers complete toolpath control, collision detection, and advanced automation for simultaneous multi-axis machining.
Combines iMachining, HSM, and 5-Axis capabilities to deliver smooth surface finishes and high accuracy for mould makers.
Integrates probing systems for on-machine measurement, allowing real-time inspection and part verification during production.
Provides flexible programming strategies for turning operations, supporting roughing, finishing, threading, and grooving.
Supports 2-axis and 4-axis wire cutting, offering complete control of profiles, tapers, and offsets across a wide range of materials.
Detects 2.5D part features automatically and generates optimised toolpaths, eliminating repetitive programming steps.
| Feature Area | SolidCAM | Mastercam | Fusion 360 | hyperMILL |
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Integration |
Embedded in SOLIDWORKS, Solid Edge, and Inventor |
Separate interface |
Cloud-based standalone app |
Plug-in for multiple CAD platforms |
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Technology |
Patented iMachining for adaptive control |
Dynamic motion toolpaths |
AI-assisted adaptive clearing |
Advanced high-end 5-axis optimisation |
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Ease of Use |
Familiar SOLIDWORKS interface |
Steeper learning curve |
Simplified for entry-level users |
Complex configuration |
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Simulation |
Full machine and stock simulation |
Partial machine simulation |
Basic preview simulation |
Detailed simulation for expert users |
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Automation |
AFEB automatic feature recognition |
Manual operation setup |
Cloud scripts and macros |
Macro-based automation tools |
Yes. SolidCAM is fully embedded within SOLIDWORKS and uses the same interface and design tree. Any model update automatically adjusts the machining operations through full associativity, eliminating data transfer errors.
Absolutely. The 5-axis module gives full control over simultaneous tool movement with real machine simulation and collision detection. It supports complex geometries like blades, moulds, and impellers with safe, precise toolpaths.
Absolutely. The 5-axis module gives full control over simultaneous tool movement with real machine simulation and collision detection. It supports complex geometries like blades, moulds, and impellers with safe, precise toolpaths.
iMachining is SolidCAM’s patented, physics-based machining technology that calculates optimal cutting parameters based on tool, material, and machine dynamics.
The Technology Wizard ensures consistent chip load, safe engagement, and optimal speeds – resulting in up to 70% shorter cycle times and 3–5× longer tool life, depending on the setup and conditions.
By automating feed and speed control, iMachining delivers consistent, predictable machining performance across operators and machines.
See how SolidCAM can transform your CNC programming efficiency.
Book a personalised demo, test your own components, and find the best configuration for your workflow.
See how SolidCAM can transform your CNC programming and production workflow.
Book a personalised demo to test your own parts and discover measurable results before you invest.
