DESIGNCENTER NX 2512: WHAT’S NEW IN MOLD & TOOL DESIGN

Designcenter NX 2512 further strengthens its position as the core platform of the comprehensive Digital Twin, delivering major enhancements for mold design, progressive die design, and pressure die casting tooling.

Designcenter NX 2512 further strengthens its position as the core platform of the comprehensive Digital Twin, delivering major enhancements for mold design, progressive die design, and pressure die casting tooling.
This release focuses on automation, accuracy, and productivity, helping engineering teams reduce manual work and achieve first-time-right designs faster.

Overview of NX Mold Design in Designcenter NX 2512

NX Mold Design is an end-to-end integrated solution that supports the entire mold development process—from product design and feasibility checks to core/cavity creation, motion simulation, and manufacturing preparation.

With NX 2512, Siemens introduces new capabilities that help manufacturers:

• Reduce repetitive manual tasks
• Standardize workflows using industry best practices
• Improve early-stage decision-making
• Shorten overall time-to-market

1. Enhanced RFQ and Cost Evaluation Capabilities

Feature2Cost – Automated Cost Data Application

NX 2512 introduces Cost Data Preference, enabling automatic assignment of cost parameters (such as undercuts, ribs, and inserts) by reading predefined cost data files.

Key benefits:

• Consistent and standardized cost estimation
• Seamless integration between Feature2Cost and Mold Cost
• Reduced data inconsistencies during RFQ revisions

Wall Thickness Check – Faster Manufacturability Validation

The improved wall thickness analysis displays results using rolling-ball-based sphere visualization, providing clear insight into thickness distribution.

Advantages:

• Quick identification of thin or thick areas
• Better assessment of moldability and cooling behavior
• Organized results stored in a dedicated feature group

2. Improved Mold Eject Direction Management

NX 2512 enhances Mold CSYS creation, giving users flexible control over product positioning relative to the absolute coordinate system:

• Keep – retain current positions
• Move – relocate both Mold CSYS and product body
• Copy – duplicate the product body at the new location

Additionally, associative guiding lines are now directly linked to the Mold CSYS feature, ensuring automatic updates and consistent data when design changes occur.

3. Advanced Automation for Progressive Die and Stamping Tool Design

Progressive Die Wizard Enhancements

NX 2512 continues to refine the Progressive Die Wizard, focusing on improved usability and workflow automation:

• Enhanced automation for draw part tool design
• Support for idle stations in intermediate stage design
• Automatic generation of strip layouts from intermediate stages

Scrap Design Directly Inside Strip Layout Workflow

Scrap operations such as Overlap, Overcut, and Delete can now be created directly within the Strip Layout workflow.

Benefits include:

• A more complete and streamlined process
• Reduced workflow interruptions
• Better consistency between strip and scrap design data

4. Pocket Design Improvements and Wireframe Context Management

Both Mold Design and Progressive Die Design benefit from enhancements to Pocket – link wireframe objects:

• Optional linking of curves, sheet bodies, and coordinate systems
• Automatic grouping under WireFrameObjects
• Visual reference only, without participating in subtract operations

This provides engineers with better design context while keeping models clean and robust.

5. Improved Cooling System and Pressure Die Casting Design

Cooling Channels – Baffle Part Clearance Automation

NX 2512 automates baffle clearance handling by reading default axial and radial clearances from customer settings.

Results:

• Fewer manual adjustments
• Reduced design errors
• Faster and more reliable cooling system design

Plunger Design for Pressure Die Casting

A new sketch-based runner option allows runner paths to be created from user-defined sketches, with enhanced spline editing and automatic overflow handling.

6. Electrode Design and Tool Motion Simulation Enhancements

Electrode Drawing Automation

Key improvements in electrode drawing include:

• Automatic constraint creation and maintenance
• Expanded blank dimensioning options
• Editing existing drawings without recreation
• Improved control over dimension precision

Tool Motion Simulation – Cavity Demold Support

NX 2512 introduces Perform Cavity Demold, enabling accurate simulation of product release during mold opening.

This helps users:

• Detect collisions early
• Validate demolding direction and travel
• Reduce risk during production startup

7. Business Benefits of Designcenter NX 2512 for Mold Manufacturers

With Designcenter NX 2512, mold and tooling companies can:

• Reduce design time by up to 30–40%
• Improve RFQ accuracy and early feasibility analysis
• Standardize processes using proven best practices
• Seamlessly integrate CAD, CAE, and CAM on a single platform

Conclusion

Designcenter NX 2512 represents a significant step forward in mold, stamping, and die casting tool design. By combining intelligent automation, advanced simulation, and consistent data management, NX 2512 empowers engineering teams to design higher-quality molds faster and with greater confidence.

This release is especially valuable for manufacturers seeking to enhance productivity, reduce costly iterations, and accelerate digital transformation in tooling and mold development.