& Construction

Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing

Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Any referenced datasets can be downloaded from "Module downloads" in the module overview.
Transcript
00:03
We have seen that the wide array of
00:05
design automation tools allow users to generate complex
00:09
and highly customized geometry by reducing manual design
00:13
tasks and building digital threads throughout the process.
00:18
Today's manufacturing industry faces a critical gap,
00:22
the challenge of keeping up with demand,
00:24
especially as design complexity and customization increase.
00:29
On the one hand,
00:30
while digital and smart tools unlock new design possibilities,
00:35
traditional mass manufacturing struggles with these demands.
00:39
For example,
00:40
while injection molding excels at producing large volumes of identical parts,
00:45
it falls short when rapid design changes or granular customization are needed.
00:52
On the other hand,
00:53
additive manufacturing offers more flexibility and
00:56
can accommodate more complex geometries,
00:59
but remains too slow for high volume production.
01:03
Bridging this gap requires a new approach,
01:07
one that combines automation and digital and smart design
01:10
and manufacturing solutions to achieve mass customization at scale.
Video transcript
00:03
We have seen that the wide array of
00:05
design automation tools allow users to generate complex
00:09
and highly customized geometry by reducing manual design
00:13
tasks and building digital threads throughout the process.
00:18
Today's manufacturing industry faces a critical gap,
00:22
the challenge of keeping up with demand,
00:24
especially as design complexity and customization increase.
00:29
On the one hand,
00:30
while digital and smart tools unlock new design possibilities,
00:35
traditional mass manufacturing struggles with these demands.
00:39
For example,
00:40
while injection molding excels at producing large volumes of identical parts,
00:45
it falls short when rapid design changes or granular customization are needed.
00:52
On the other hand,
00:53
additive manufacturing offers more flexibility and
00:56
can accommodate more complex geometries,
00:59
but remains too slow for high volume production.
01:03
Bridging this gap requires a new approach,
01:07
one that combines automation and digital and smart design
01:10
and manufacturing solutions to achieve mass customization at scale.
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