NC Program Optimization Solution Force
Vericut Force is a physics-based NC program optimization software solution that analyzes and optimizes cutting conditions.
Optimization of Force significantly reduces machining time. Vericut Force creates effective NC programs for the given materials, cutting tools, and machining conditions. As a result, it saves a considerable amount of time and improves the lifespan of cutting tools and machines. With the optimization of Force, machining time is greatly reduced, and tool life is significantly extended. By analyzing with Vericut Force, programmers can quickly and easily visualize what happens in the NC program for each cut when the tool contacts the material. Using Vericut Force, underutilized cutting conditions, overloads, cutting removal rates, output, torque, and tool deflection can be clearly observed. With one click, a review of the NC program and visual analysis in the graphic review window is provided. This analysis offers a view of the machining before running the NC program on the actual machine. Vericut Force provides users with proactive analysis of NC programs.
basic information
Optimization Vericut Force optimizes NC programs quickly and easily. Force calculates the contact between the tool and material for each cut. Additionally, Force adjusts the feed rate optimally and consistently, taking into account the cutting tool edge and material. Materials The material catalog of Vericut Force includes ISO PMKNSH materials. Benefits of Force ● Significant cycle time savings ● Graphical representation of cutting condition information for NC program analysis ● FAST analysis and iteration to test various cutting scenarios ● Maximized and more consistent chip thickness throughout the machining process ● Per-cut analysis of the interaction between the cutting edge and material ● Maximizing cutting tool technology through improved cutting tool performance ● Prevention of undesirable cutting conditions such as overload, output/torque, and tool deflection
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NC Program Optimization Solution Force
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*For more details, please refer to the materials. Feel free to contact us as well.*
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Line up（2）
| Model number | overview |
|---|---|
| Force-Milling | Optimization of NC programs: Milling |
| Force-Turning | Optimization of NC programs: Turning |
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News about this product（3）
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Announcement of Vericut 9.6 Release
Thank you very much for using Vericut regularly. We are pleased to announce the release of the latest version, Vericut 9.6, on Tuesday, October 7, 2025. This version enhances efficiency and accuracy in manufacturing environments through new features utilizing AI technology and improved operability. We encourage you to experience the new features of Vericut 9.6 and make use of them in your daily operations. 《Vericut 9.6 – The Fusion of AI and Precision Machining》 Main new features of Vericut 9.6: - Real-time operational support by AI assistant - Enhanced inspection and process management with 3D PMI data support - Improved operability for lathes and optimization functions - Expanded connectivity with major systems such as Siemens/FANUC
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Sandvik Coromant Heat-Resistant Alloys/Titanium Alloys Machining Seminar 2024 - Optimal Machining Solutions Utilizing CAM/CAE
At the Sandvik Coromant Center, which opened in June this year, we will introduce next-generation solutions that integrate cutting-edge cutting tools and software specialized in heat-resistant alloys/titanium alloys, through training sessions and live cutting demonstrations. 1. Titanium Alloy Machining: September 5 (Thursday) 10:30-16:30 2. Heat-Resistant Alloy Machining: September 6 (Friday) 10:30-16:30 [Content] ● Processing Condition Analysis and Optimization with VERICUT (30 minutes) Introduction to the CNC machine simulation software VERICUT and optimization using VERICUT Force based on processing condition analysis through graphical functions. ● Turning Machining (80 minutes) Wide Groove Machining Solutions Introduction of tool path solutions for safely and efficiently machining wide grooves on outer diameters using round groove inserts, further optimized with VERICUT Force. ● Boring Machining (80 minutes) Pocket Machining Solutions Introduction of appropriate pocket machining utilizing the characteristics of turning tools. ● Solid Tools (80 minutes) Blade Machining Solutions Introduction of stable and high-precision machining of Blisk and Blade using the characteristics of various solid tools.
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Sandvik Coromant DX Real Cutting Experience Event - Leave Problem Solving to Sandvik Coromant!
At the Sandvik Coromant Center opening in June, we will introduce next-generation solutions that integrate cutting-edge cutting tools with software that supports machining. [Content] ● OptiThreading Machining We will demonstrate the new threading machining method "OptiThreading," which enables chip breaking, using the dedicated tool path creation software "CoroPlus Tool Path" designed for tools requiring special cutting edge movements. ● Optimization Machining with CoroMill Dura × VERICUT The ultra-hard end mill CoroMill Dura allows for ultra-quiet machining with completely unequal lead/pitch. By using the simulation software VERICUT, we can further optimize machining and dramatically improve productivity. ● CoroPlus Tool Library Using the CoroPlus Tool Library, we will assemble tools online. Additionally, you can download STP files and GTC packages to seamlessly connect with CAD/CAM and the simulation software VERICUT. On the day, we will demonstrate the actual tool assembly process.
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CGTech is a global leading company in CNC machine simulation software. Its simulation software, "Vericut," is used in various production environments, including the aerospace industry, automotive, railways, molds, home appliances, power generation, and heavy industry, and is highly regarded worldwide. ■ What is Vericut... Vericut simulates using G-code NC programs for machine tools, unlike CAD/CAM system simulations. Vericut supports a wide range of machine tools, including multi-axis machining such as high-efficiency and high-precision 5-axis processing, lathes, multi-tasking machines, and multi-surface machining machines. ■ Pursuing the perfection of G-code NC programs Vericut provides a "virtual machine" that faithfully reproduces in-machine operations such as macro programs, macro variables, ATC operations, and pallet changes in detail. Vericut offers a variety of features, including not only crash detection but also pre-inspection of over-cutting/under-cutting by comparing the machined cutting model with the design model, as well as optimization of NC programs considering tool load.