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NX progressive

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NX Progressive Die Design
The fastest and most complete progressive die design process

Benefits
•	 Formalize your design
process
•	 Conduct formability analyses
on complex freeform parts
•	 Leverage highly automated
strip layout design
•	 Leverage comprehensive and
automated die structure,
insert group and standard
part design
•	 Facilitate fast and efficient
design change propagation
across entire process (tool
design through machining)
•	 Capture tooling design
knowledge and re-use
proven designs
•	 Virtually prototype
functional operation
of tooling
•	 Reduce tool design errors
•	 Collaborate with customers
and suppliers
•	 Standardize the quotation
process
•	 Eliminate conventional
drawings – achieve paperless
processes
•	 Decrease CNC
programming time
•	 Centralize and control
design information

NX


Summary
NX™ Progressive Die Design software delivers a state-of-the-art solution to
the shrinking lead times and tighter cost controls facing manufacturers of
progressive dies. By combining industry knowledge and best practices with
process automation, NX Progressive Die Design streamlines the die development process, from design through to tool validation. NX Progressive Die
Design is a comprehensive solution for quality die design, supporting
associativity with the part design at every stage of die development and
including a variety of functions specific to automotive progressive dies.
Tooling process expertise
Part preparation Efficiently design both straight break and freeform sheet
metal parts using a broad set of sheet metal features. Leverage feature
recognition, bend table and direct unfolding capabilities to design associative
intermediate stage parts with pre-bends and over-bends.
Apply One-step Unforming and Formability Analysis technology to create
intermediate forms and the flattened blank shapes for complex freeform
parts.
Process design Utilize strip
layout and scrap design tools to
quickly prepare the strip layout.
Specify the strip details and
progression of design stages
using a streamlined strip layout
workflow. Simulate the manufacturing of the strip to ensure
proper ordering of stations.
Structure design Layout the
die base assembly and die
Effective blank generator, blank layout and
inserts for forming and
punching operations. Efficiently scrap design functions automate design of the
strip layout.
and associatively design
forming and punching tools.
Configure the die based on libraries of inserts, die bases and s...
NX Progressive Die Design
www.siemens.com/nx
NX
Benefits
Formalize your design
process
Conduct formability analyses
on complex freeform parts
Leverage highly automated
strip layout design
Leverage comprehensive and
automated die structure,
insert group and standard
part design
Facilitate fast and efficient
design change propagation
across entire process (tool
design through machining)
Capture tooling design
knowledge and re-use
proven designs
Virtually prototype
functional operation
of tooling
Reduce tool design errors
Collaborate with customers
and suppliers
Standardize the quotation
process
Eliminate conventional
drawings achieve paperless
processes
Decrease CNC
programming time
Centralize and control
design information
Summary
NX™ Progressive Die Design software delivers a state-of-the-art solution to
the shrinking lead times and tighter cost controls facing manufacturers of
progressive dies. By combining industry knowledge and best practices with
process automation, NX Progressive Die Design streamlines the die develop-
ment process, from design through to tool validation. NX Progressive Die
Design is a comprehensive solution for quality die design, supporting
associativity with the part design at every stage of die development and
including a variety of functions specific to automotive progressive dies.
Tooling process expertise
Part preparation Efficiently design both straight break and freeform sheet
metal parts using a broad set of sheet metal features. Leverage feature
recognition, bend table and direct unfolding capabilities to design associative
intermediate stage parts with pre-bends and over-bends.
Apply One-step Unforming and Formability Analysis technology to create
intermediate forms and the flattened blank shapes for complex freeform
parts.
Process design Utilize strip
layout and scrap design tools to
quickly prepare the strip layout.
Specify the strip details and
progression of design stages
using a streamlined strip layout
workflow. Simulate the manu-
facturing of the strip to ensure
proper ordering of stations.
Structure design Layout the
die base assembly and die
inserts for forming and
punching operations. Efficiently
and associatively design
forming and punching tools.
Configure the die based on libraries of inserts, die bases and standard parts.
Automatically compensate for springback in bending punches and dies. Easily
customize library content without programming.
The fastest and most complete progressive die design process
Effective blank generator, blank layout and
scrap design functions automate design of the
strip layout.
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