Deep integration with enables designers to run flow simulations straight from the native CAD interface. Real-world variables like air traps, weld lines, and cooling deficiencies can be analyzed and rectified before cutting steel. Advanced Cooling Design
New Electrode UCS and NC UCS checks run verification routines to ensure coordinate systems align perfectly across design and machining spaces. 📐 Die Design and Springback Control
: Real-time material removal visualization uses color-coded indicators to help programmers adjust parameters like feed rates and step-downs before actual production. YouTube +4 Reference Resources 11 sites Help v2026 - Cimatron Welcome to Cimatron 2026 Online Help. This help describes all the ... This Help provides general information about Cimatron and co... Cimatron News - Cimatron 03/18/2026 Markus Brückner, a key member of our team since July 2024, excels in CAD design, electrode creation, and CAM programmin... Cimatron What's New in Cimatron 2024 Cimatron powers up version 2024 with unparalleled tools for advanced toolmaking. Cimatron 2024 continues its focus on core capabil... Cimatron Show all Official Documentation cimatron 2026
An interactive search engine instantly filters active tools across Part, Assembly, Drafting, or NC modules based on real-time typing. 🛠️ Mold Design and Electrode Automation
Cimatron has long held a unique position in the CAD/CAM market, straddling the line between dedicated tooling software (molds and dies) and general-purpose manufacturing. With , 3D Systems continues to refine this dual identity. While previous versions focused heavily on the transition to the "New UI," the 2026 release appears focused on what matters most to shop floors: speed, automation, and handling complex hybrid manufacturing workflows. Deep integration with enables designers to run flow
: Linear dimensions now automatically apply diameter symbols if they detect holes, shafts, or cylinders.
Cimatron 2026 introduces tighter integration for (combining additive and subtractive processes). Users can now program for Directed Energy Deposition (DED) or binder jetting within the same environment as their standard milling and drilling operations. 📐 Die Design and Springback Control : Real-time
Stamping and progressive die configurations receive robust mathematical updates aimed at minimizing manufacturing prototyping iterations.