NX Mold Design is a specialized module of Siemens NX CAD/CAM software tailored for mold and tooling design in the manufacturing industry. It provides engineers and designers with tools to create, analyze, and optimize molds for injection molding, die casting, and other molding processes. NX Mold integrates seamlessly with NX CAD for part modeling, enabling the creation of accurate, manufacturable mold components.
Widely used in industries such as automotive, consumer products, electronics, and industrial machinery, NX Mold accelerates the mold design process, reduces errors, and enhances productivity by providing automated features, standard libraries, and advanced analysis tools.
Essential for professionals in mold design, tooling, and high-precision manufacturing.
Reduces design cycle time and minimizes errors in mold production.
Prepares learners for careers in automotive, consumer products, electronics, and industrial machinery industries.
Provides hands-on experience in designing, analyzing, and optimizing molds for real-world applications.
Mold Base Creation – Automate creation of standard and customized mold bases.
Cavity and Core Design – Design complex cavities, cores, slides, and inserts efficiently.
Cooling System Design – Integrate cooling channels to optimize mold performance.
Draft Analysis & Parting Line – Ensure manufacturability and proper part release.
Automation & Standardization – Use templates and libraries to speed up mold design.
Simulation & Verification – Validate mold designs to minimize errors and ensure production readiness.
Design of injection molds, die-casting molds, and tooling components.
Optimize mold design for manufacturability, efficiency, and precision.
Mold design for automotive components, body panels, and interior parts.
Creation of high-precision molds for mass production of vehicle parts.
Design molds for plastic products, electronics housings, and household appliances.
Integration of cooling systems, slides, and parting lines for complex geometries.
Develop core, cavity, sliders, inserts, and ejector systems.
Evaluate draft angles, undercuts, and parting surfaces for manufacturability.
Analyze mold performance for defects, cooling efficiency, and part ejection.
Reduce production errors and improve mold lifespan through optimization.
By the end of this course, learners will be able to:
Create mold bases, cavities, cores, and inserts for complex parts.
Design sliders, lifters, and ejector systems for efficient mold operation.
Perform draft analysis and parting line evaluation to ensure manufacturability.
Integrate cooling channels and analyze thermal performance for mold efficiency.
Automate repetitive mold design tasks using templates and standard libraries.
Prepare mold assemblies for manufacturing, ensuring accuracy and functionality.
Simulate mold performance to detect potential defects and optimize design.
Collaborate with CAD and CAM workflows for seamless production readiness.
Apply industry standards and best practices in mold and tooling design.
Develop professional skills for careers in mold design, tooling, and manufacturing industries.
No: #172, Raahat Plaza,
2nd Floor, Office No: 196 & 197,
Arcot Road, Vadapalani,
Chennai - 600026.
caddschool@gmail.com
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