Utilize existing 2D CAD files and easily convert them
to 2D layout work and 3D modeling. Real-time
drawing updates are possible based on 3D modeling.

Quickly design with an intuitive and simple workflow
and flexibly modify third-party 3D data without any
conversion. In addition to machine elements,
specialized tools for plastics are also available for
any design.

It is possible to verify manufacturability by creating
an accurate flat pattern through thickness, bend
radius, and neutral coefficient and reprocessing
2D CAD data to create a 3D sheet metal shape.

It includes tools for modeling with various curved
surfaces and allows geometric and organic
modeling in a subdivision environment, enabling
designers to realize their sketched image files.

Quickly and efficiently place standardized parts
such as fasteners, pipes, and fittings, and handle
all assemblies with simplified modeling and large
assembly previews. Frames and welding allow for
rapid construction of structures in the environment.

Automatically create pipe, fitting, or tube modeling
using 3D path generation. Real-time updates are
available even when the path or specifications
change, allowing for easy and quick work.

Design optimal routes by implementing schematics
and harness layouts in real-time in Solid Edge 3D.
Solve integration problems between electrical
system and mechanical design.

It is useful for visually conveying information by
displaying it in a virtual space using realistic
rendered images. Export or update working
environment as a rendering in real time in
Solid Edge.

Simulate structures of various shapes, display data
in various forms, including colors and graphs, and
check the interpretation values for each node in the
mesh.

Automatically generate optimized machining paths
for various equipment and check production
simulation in a CAM environment integrated with
Solid Edge.

Easily access design requirements and changes, and
manage and share Solid Edge data using Teamcenter
for product lifecycle management.

Siemens Nesting algorithm enables efficient
patterning of sheet metal flat patterns of various
sizes, helping to predict and reduce time wastage
and costs.

Automatically generate complete piping systems,
including valves, flanges, and gaskets, and easily
add and manipulate components in the P&ID
diagram.

Accelerate design by automatically generating new
designs based on defined parameters and geometric
rules without user programming.

Instantly get geometry information and annotations
directly as 3D PDF with PMI-related metadata. Use
Solid Edge's animation and parts lists to quickly
create technical documentation, including work
instructions and catalogs.

Create organic shapes that satisfy constraints with
minimal material through iterative analysis. Output
generated shape in a 3D printing environment
without any separate modifications.

Design new parts by performing mesh-based
modeling conversion on scanned data of parts you
didn't have and recreating geometry.

Manage your data in a secure cloud and access it via
desktop, mobile, and other ways to enable approval,
markup, and collaboration from anywhere.