Local re-mesh tools allow for fine-tuning specific high-risk areas of a design without altering the global model.
Re-position gates in Cimatron 16 to ensure better flow distribution, avoiding cold shuts and hot spots.
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: When pocket slotting, use pre-drilled holes for tool entry to clear chip loads efficiently and protect the tool from plunging friction.
: Use the cooling simulation to verify that the temperature difference across the mold face is kept within a safe margin. Technical Support for Cracking Issues Local re-mesh tools allow for fine-tuning specific high-risk
: Poor heat dissipation in thick steel blocks during casting, hot work, or laser cladding repairs. Mitigating Thermal Stress with Conformal Cooling
: If you encounter a specific bug that stalls production, your Value Added Reseller (VAR) can often provide a specific "hotfix" DLL or executable provided by 3D Systems/Cimatron's development team. A Note on Security It's a testament to the power of creativity,
Cimatron 16 is a powerful CAD/CAM software solution engineered specifically for mold, die, and manufacturing design. However, users occasionally encounter system errors during complex 3D modeling, electrode extraction, or NC toolpath generation. One such issue is the colloquial "hot crack" error—a term often used by manufacturers and designers to describe software errors, patch failures, or execution bugs that abruptly halt the production pipeline.
Because Cimatron is mission-critical for manufacturing, "hot cracks" are not usually broadcast publicly like consumer software updates. Instead, they are distributed through official support channels to ensure they don't conflict with existing post-processors or customized environments.
Your system's (specifically your GPU model and total RAM)