NX Additive Manufacturing

Import CAD model of the aerospace component.

Use topology optimization to reduce weight while maintaining structural integrity.

Create lattice structures to further enhance strength-to-weight ratio.

Simulate the printing process to ensure dimensional accuracy and minimize distortion.

Generate G-code and print the component.

Post-process the part to achieve the desired surface finish.

Import patient-specific CT scan data.

Create a 3D model of the implant based on the anatomical data.

Design porous structures to promote bone ingrowth.

Optimize the implant geometry for additive manufacturing.

Simulate the printing process to ensure biocompatibility and mechanical performance.

Generate G-code and print the implant.

Sterilize and prepare the implant for surgical implantation.

Import CAD model of the automotive part.

Optimize the design for additive manufacturing.

Generate support structures and build tray packing.

Simulate the printing process to identify potential issues.

Generate G-code and print the prototype.

Evaluate the prototype for fit, form, and function.

Import CAD model of the part to be manufactured.

Design a custom tool or fixture to hold the part during manufacturing.

Optimize the tool or fixture design for additive manufacturing.

Simulate the printing process to ensure accuracy and stability.

Generate G-code and print the tool or fixture.

Use the tool or fixture in the manufacturing process.

Import CAD model of the consumer product.

Allow customers to customize the product design.

Optimize the design for additive manufacturing.

Generate G-code and print the customized product.

Ship the product to the customer.