E11 introduced refined algorithms for toolpath generation, emphasizing surface quality and tool longevity: 3-Axis to 5-Axis Milling:
Specialized workflows for progressive die design, including strip layout and springback compensation. Electrode Design: cimatron e11
: A significant update in version 11, this simulator provides a highly accurate material removal preview. It features a progress bar to track machining stages and dynamic color-coding to visualize remaining stock and detect gouges early. | Feature | Cimatron E11 | Cimatron 16
| Feature | Cimatron E11 | Cimatron 16 (Modern) | | :--- | :--- | :--- | | | Classic Windows (Ribbon optional) | Full Dark-mode Ribbon (like Office 365) | | Toolpath Calc | CPU single-core | GPU Accelerated (OpenCL) | | Simulation | Basic VRML viewer | Real-time solid material removal | | Electrode | Wizard | Automated batch programming (10 electrodes at once) | | Mold Base | Parametric | Full associative with design changes | | License Cost | Low (Used) | High (Annual rental) | Electrode Design: To avoid crashes and inefficiency, you
: Features dedicated tools for Parting Analysis , Lifters , and Cooling (including conformal cooling). E11 added a specialized tool for creating Lifter Pockets during the parting design phase.
Advanced NC programming for 2.5 to 5-axis milling, including high-speed machining (HSM). Electrode Design:
To avoid crashes and inefficiency, you must edit the .gpp2 source. Most useful modifications: