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    Vericut Icam Post

    Icam software helps manufacturers 
generate machine-ready NC code, simulate machining operations, optimize toolpaths and 
verify programs before they reach the shop floor.
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    Now part of the Vericut CNC software suite, Icam Post bridges the gap between CAM programming and CNC execution.

    Helping manufacturers reduce programming effort, improve machining efficiency, minimize prove-outs and create safer, more reliable NC programs for complex CNC machines and controllers.

    From CNC post processors and G-code simulation, to optimization tools and Adaptive Post-Processing, Icam Post support a more connected digital manufacturing workflow - one built around real machine behavior, verified output and greater confidence at the machine.

    request a demo

    What is Icam Post?

    Icam Post is a suite of CNC manufacturing software technologies designed to help manufacturers move from CAM programming to safe, accurate and efficient CNC execution.

    Although Icam Post is widely recognized for its CNC post-processor software, its role goes beyond post-processing alone.

    Icam Post combines post-processing, machine simulation, G-code verification, optimisation and adaptive post-processing into a connected workflow designed around the real behavior of CNC machines, controllers and manufacturing environments.

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    Icam Post Processing software is used to:

    • Generate machine-specific NC code.

    • Create custom CNC post processors.

    • Simulate machine behavior before production.

    • Verify G-code and machining processes.

    • Optimize toolpaths, rapid positioning moves, and feed rates.

    • Support complex multi-axis CNC machines.

    • Reduce manual NC edits and programming time.

    • Improve confidence before programs reach the shop floor.

    This makes Icam Post particularly valuable for manufacturers working with advanced machine tools, multiple CAM systems, demanding CNC controllers, and high-value production environments.

    Much more than a CNC post processor.

    A CNC post-processor converts CAM output into machine-readable NC code. But for modern manufacturers, generating code is only one part of the challenge.

    The NC program also needs to reflect the real machine, controller, tooling, kinematics, limits, and manufacturing environment. It needs to avoid collisions, reduce inefficient motion and support accurate, repeatable production.
    Icam Post helps address this by combining post-processing with simulation and optimisation tools.

    That means manufacturers can do more than simply create code.

    They can create better, safer and more efficient NC programs with greater confidence that the output is suitable for the machine that will run it.

    cnc post processing

    Where Icam fits into the CNC simulation workflow.

    Icam Post sits between CAM programming, and CNC execution.

    It helps convert programming intent into machine-ready NC code, while supporting the verification and optimization steps needed to reduce risk 
before production begins.

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    CAD/CAM

    Creates toolpaths and programming intent.
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    Icam

    Converts CAM output into machine-specific NC code using custom post processors, and post-processing intelligence.
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    Vericut

    Simulates, verifies, and validates the NC program using machine simulation and digital twin technology.
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    CNC Machine

    Receives optimized, verified and machine-ready code for production.

    Icam and Vericut: better together.

    Icam Post and Vericut now work as part of a connected CNC manufacturing software ecosystem. Together, they help manufacturers improve processes from post-processing through to simulation, verification, optimization, and production.

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    Icam creates the code.

    Icam supports the creation of custom CNC post processors and machine-specific NC output for a wide range of machine tools, controllers, and CAM systems.
     
    Icam Post capabilities include:

    • Custom CNC post processors.
    • CAM-POST development.
    • Multi-CAM post-processing.
    • Machine-specific NC output.
    • Controller-specific programming.
    • Support for complex machine kinematics.
    • Adaptive Post-Processing for 3-axis and 5-axis applications.
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    Vericut validates the code.

    Vericut helps manufacturers simulate, verify, and optimize NC programs before they are run on the shop floor.

    Vericut capabilities include:

    • CNC machine simulation.
    • Collision detection.
    • Material removal verification
    • Error checking.
    • Digital twin-based machine simulation.
    • NC program optimization.
    • Reduced prove-outs and safer machining.
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    Together, they support a stronger workflow.

    By combining Icam Post and Vericut capabilities, manufacturers can build confidence across the entire path from CAM output to machine-ready production.
     
    This helps manufacturers radically reduce prove-out time, prevent costly collisions, improve the quality and accuracy of their NC code, and accelerate their CNC machining performance.
    Frame 48095573-Jun-26-2026-11-02-47-3559-AM

    A better way to move from CAM to 
CNC production.

    In a traditional manufacturing process, a part is designed, programmed in CAM, post-processed into NC code and then sent to the machine for prove-out. This can create delays and uncertainty. Prove-outs may require operators to single-step through code, reduce feed rates, stop the machine to investigate potential issues and make manual corrections before production can continue.

    Icam Post and Vericut support a more modern approach.

    With Icam post-processing and Vericut machine simulation, manufacturers can create machine-ready code, simulate the output, verify the process, and optimize machining before production begins. This helps reduce reliance on physical prove-outs and supports a more efficient, digital manufacturing workflow.

    Put Icam Post and Vericut to the test.

    No matter your manufacturing needs, machine configuration, or CNC programming environment, the Vericut team can help you understand how Icam Post technologies fit into your workflow.

    Request a demonstration to see how Icam Post and Vericut can support post-processing, machine simulation, G-code verification, optimziation, and CNC manufacturing efficiency.

    request a demo
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    frequently asked questions:

    Icam FAQs.

    01.
    What is Icam Post?
    ‎

    Icam is a suite of CNC manufacturing software technologies used for post-processing, machine simulation, G-code verification, optimization, and Adaptive Post-Processing. Icam helps manufacturers turn CAM output into machine-ready NC code and supports a more connected workflow between CAM programming and CNC production.

    02.
    Is Icam part of Vericut?
    ‎

    It certainly is. Icam technology is now proudly part of the Vericut product ecosystem. This brings Icam’s post-processing and optimization capabilities closer to Vericut’s CNC simulation, verification, and optimization technologies.

    03.
    Is Icam just a CNC post processor?
    ‎

    Absolutely not. Icam is widely known for CNC post-processors, but its capabilities extend beyond post-processing. Icam also supports simulation, G-code verification, optimisation tools and Adaptive Post-Processing for complex CNC manufacturing environments.

    04.
    How does Icam work with Vericut?
    ‎
    Icam helps generate machine-specific NC code, while Vericut helps simulate, verify and optimize that code before it is sent to the CNC machine. Icam can use Vericut Machine Configurations during post-development to help ensure post-processors reflect real machine behaviour.
    05.
    Does Icam replace my CAM software?
    ‎

    No, Icam does not replace CAM software. It works after the CAM programming stage by converting CAM output into machine-specific NC code and supporting the simulation, verification, and optimization steps needed before production.


    06.
    What CAM systems does Icam support?
    ‎

    Icam supports many popular CAD/CAM systems, including CATIA, NX CAM, Creo, PowerMill, Mastercam, and others. This helps manufacturers maintain flexibility across different CAM programming environments.


    07.
    Can Icam support complex CNC machines?
    ‎

    It certainly can. Icam can support complex CNC machines, including 5-axis machines, mill-turn centres, multi-tasking machines, rotary axes, hybrid machines, and special-purpose CNC equipment.


    08.
    Can Icam help reduce machining cycle times?

    Yes, Icam optimization tools such as SmartPATH™ and SmartCUT™ are designed to reduce inefficient motion, eliminate air cuts, and improve feed-rate behaviour. When used as part of a connected workflow, Icam and Vericut can help improve machining efficiency and reduce cycle time.

    09.
    Does Icam support digital twins?

    Icam can work with Vericut Machine Configurations, which represent machine behaviour for simulation and verification. This helps connect post-processing with digital twin-based CNC machine simulation.

    10.
    Is Icam suitable for large manufacturing environments?

    Absolutely. Icam is suitable for manufacturers with multiple CAM systems, machines, controllers and production requirements. Its scalable post-processing, simulation, and optimization capabilities can support both individual machine applications, and large, complex CNC manufacturing environments.

    Explore more Vericut products.

    Vericut Verification

    Detect errors, eliminate collisions and say goodbye to manual prove-outs once and for all.

    Verification

    Vericut Force

    Optimize your tool paths and enhance your NC programs for the fastest, most efficient machines, ever.

    force optimization

    AUTO-DIFF™

    Compare CAD design modules to Vericut simulations and detect design differences and weaknesses.

    AUTO-DIFF™

    Multi-Axis

    Verify complex multi-axis machine applications and check for errors at the workpiece and the tool.

    Multi-Axis

    Machine Connectivity & Monitoring

    Create and manage your most accurate digital twins ever by leveraging CNC machine data from your shop floor.

    Connectivity & Monitoring
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    Request a demo today.

    See how Vericut CNC simulation software can help your business forgo its CNC machining frustrations.  

    Address:
    Vericut USA
    CGTech Corporate Headquarters
    9000 Research Drive
    Irvine, California
    92618-4214

    Phone:
    (949) 753-1050

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