A metal fixture designed in NX.

NX for manufacturing

Tooling and fixture design

Design tooling and fixtures using advanced automation and process simulation.

Advanced technologies to improve tooling development

Accelerate the development of even the most challenging tooling and fixture designs using the automated capabilities in NX software. 

Explore the powerful design capabilities for tooling and fixtures:

Mold design

Accelerate the mold development process using advanced tools to validate part design, tool design and motion. 

Configure the mold structure using libraries of standard parts, component systems and mold bases.  

Advanced functionality, step-by-step guidance, and associativity with the part model ensure fast response to design changes and quality molds.

Graphic of a molded machine part

Progressive die design

Improve productivity by automating the most tedious tasks and streamlining complex processes of progressive die design. 

Use the comprehensive solution for both straight break and freeform sheet metal parts, while maintaining associativity to the part design at every stage.

Graphic of a machine part

Stamping die design

Use advanced capabilities to design automotive stamping dies, including formability analysis, die planning, die face design, detailed die structure design and die validation. 

The solution guides you in defining the manufacturing process for complex stamped parts, providing representations of the press line and sheet metal shape as it leaves each press.

Graphic showing steps of creating a machine part

Electrode design

Automate the entire electrical discharge machining (EDM) process—from design through production. The powerful capabilities help you efficiently model even the most complex and challenging electrodes.  

The electrode design is associative, ensuring that the design changes made to the core and cavity seamlessly propagate to the electrode and into machining.

3D rendering of a machine part

Fixture design

Accelerate the design of jigs and fixtures that are fully associative to the 3D part model by using the latest dynamic modeling and assembly tools.

Easily position fixture components using interactive assembly capabilities, and then automatically create drawings and documentation.  

Simulate the kinematics of fixtures, such as opened and closed positions, and check for strength and distortion.

A 3D part model
Case study

Cavalier Tool and Manufacturing

Case study

Award-winning mold manufacturer relies on NX

Empresa:Cavalier Tool and Manufacturing

Ubicación:Windsor, Ontario, Canada

Software de Siemens:NX