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Use Netfabb to enhance the additive manufacturing process using a variety of tools and methods.
Type:
Tutorial
Length:
2 min.
Transcript
00:03
Many parts that we print today were not designed with the additive manufacturing processes in mind.
00:10
Netfabb helps you improve the manufacturability of parts
00:13
to reduce build time and improve surface finish.
00:17
Sophisticated cutting tools allow for parts to fit into the build envelope efficiently.
00:23
Capabilities, such as the ability to automatically generate groove joinery
00:27
or having full control over the cutting profile by adding dovetail pins at the cutting surface,
00:33
help to easily reassemble the cut segments after manufacturing.
00:38
By hollowing parts and replacing the solid material with a lattice structure,
00:43
you can save material and decrease your build times.
00:48
By manipulating the lattice structure in 3D and deleting unnecessary beams,
00:53
you can take full control of the structure to ensure manufacturability.
00:58
Boolean operations allow you to merge several parts into one,
01:02
separate parts, extract new features, create drill holes, or add fixtures.
01:09
Parts can be manually labeled with text or by adding an image.
01:15
Using the image label capability, a QR code can be included on a part for faster identification.
01:22
The Automatic Mass Labeling tool makes it easy to apply unique codes to any number of identical parts
01:30
to ensure quality assurance in mass production applications,
01:33
helping you to shorten production cycles for complex builds.
01:38
Take full control over your additive toolpaths and prepare your models in 2 1/2 D.
01:44
All edits to toolpath generation can be made on a slice level without the need of hardware-intensive 3D calculations.
01:51
This includes the ability to generate offsets from the boundary of your model,
01:56
filling slices with hatches, further editing those hatches,
02:01
and additional modifications, such as Boolean operations, cutting, and point reduction.
02:07
You can also define your own hatching patterns to increase your part quality or decrease cycle times.
02:13
The toolpath animation will help you validate your inputs
02:17
to ensure that you can achieve the best possible build quality.
Video transcript
00:03
Many parts that we print today were not designed with the additive manufacturing processes in mind.
00:10
Netfabb helps you improve the manufacturability of parts
00:13
to reduce build time and improve surface finish.
00:17
Sophisticated cutting tools allow for parts to fit into the build envelope efficiently.
00:23
Capabilities, such as the ability to automatically generate groove joinery
00:27
or having full control over the cutting profile by adding dovetail pins at the cutting surface,
00:33
help to easily reassemble the cut segments after manufacturing.
00:38
By hollowing parts and replacing the solid material with a lattice structure,
00:43
you can save material and decrease your build times.
00:48
By manipulating the lattice structure in 3D and deleting unnecessary beams,
00:53
you can take full control of the structure to ensure manufacturability.
00:58
Boolean operations allow you to merge several parts into one,
01:02
separate parts, extract new features, create drill holes, or add fixtures.
01:09
Parts can be manually labeled with text or by adding an image.
01:15
Using the image label capability, a QR code can be included on a part for faster identification.
01:22
The Automatic Mass Labeling tool makes it easy to apply unique codes to any number of identical parts
01:30
to ensure quality assurance in mass production applications,
01:33
helping you to shorten production cycles for complex builds.
01:38
Take full control over your additive toolpaths and prepare your models in 2 1/2 D.
01:44
All edits to toolpath generation can be made on a slice level without the need of hardware-intensive 3D calculations.
01:51
This includes the ability to generate offsets from the boundary of your model,
01:56
filling slices with hatches, further editing those hatches,
02:01
and additional modifications, such as Boolean operations, cutting, and point reduction.
02:07
You can also define your own hatching patterns to increase your part quality or decrease cycle times.
02:13
The toolpath animation will help you validate your inputs
02:17
to ensure that you can achieve the best possible build quality.
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