Technical Support is available 8am-5pm PST. Monday - Friday
•
702-802-3103
86
Technical Support is available from 8am to 5pm (PST) M - F at [email protected].
88
Materials Testing
Muse 3D is capable of cutting a wide range of materials. Common materials include wood,
cardboard, paper, fabric, acrylic, leather, and many more. Muse 3D can also engrave on tile, stone,
glass, and other hard surfaces. Muse 3D is not designed to cut metal of any type. If you have any
questions whether a material is suitable for a CO2 laser, contact the material manufacturer before
use.
Figure 7.20
Sample File
Dithered Example
Vector Examples from Dark to Light
Using suitable materials will still have wide variance in power, current and speed settings depending
on the properties of that material, such as density and thickness. For example, wood can be soft
(pine) or hard (oak), depending on the source. Settings will also be determined by vector or raster
choices, depth of the cut and overall desired outcomes. This makes it difficult to provide operators
with exact settings for each type of material. Instead of giving inaccurate data, operators should be-
come accustomed to material testing.
Full Spectrum Laser provides a free materials test template with suggested starting points in power
and speed settings. From there, you can experiment with your own materials testing. Once the
perfect settings are determined, we recommend recording those results in a Materials Log.
To access the material test templates, complete material testing instructions and a free materials log,
go to
http://laser101.fslaser.com/materialtest.
Technical Support is available from 8am to 5pm (PST) M - F at [email protected].
88
Materials Testing
Muse 3D is capable of cutting a wide range of materials. Common materials include wood,
cardboard, paper, fabric, acrylic, leather, and many more. Muse 3D can also engrave on tile, stone,
glass, and other hard surfaces. Muse 3D is not designed to cut metal of any type. If you have any
questions whether a material is suitable for a CO2 laser, contact the material manufacturer before
use.
Figure 7.20
Sample File
Dithered Example
Vector Examples from Dark to Light
Using suitable materials will still have wide variance in power, current and speed settings depending
on the properties of that material, such as density and thickness. For example, wood can be soft
(pine) or hard (oak), depending on the source. Settings will also be determined by vector or raster
choices, depth of the cut and overall desired outcomes. This makes it difficult to provide operators
with exact settings for each type of material. Instead of giving inaccurate data, operators should be-
come accustomed to material testing.
Full Spectrum Laser provides a free materials test template with suggested starting points in power
and speed settings. From there, you can experiment with your own materials testing. Once the
perfect settings are determined, we recommend recording those results in a Materials Log.
To access the material test templates, complete material testing instructions and a free materials log,
go to
http://laser101.fslaser.com/materialtest.
Section VII.
Operations
Materials Testing
Muse 3D is capable of cutting a wide range of materials. Common materials include wood, cardboard,
paper, fabric, acrylic, leather, and many more. Muse 3D can also engrave on tile, stone, glass, and other
hard surfaces. Muse 3D is not designed to cut metal of any type. If you have any questions whether a
material is suitable for a CO2 laser, contact the material manufacturer before use.
Using suitable materials will still have wide variance in power, current and speed settings depending on the
properties of that material, such as density and thickness. For example, wood can be soft (pine) or hard
(oak), depending on the source. Settings will also be determined by vector or raster choices, depth of the cut
and overall desired outcomes. This makes it difficult to provide operators with exact settings for each type of
material. Instead of giving inaccurate data, operators should become accustomed to material testing.
Full Spectrum Laser provides a free materials test template with suggested starting points in power and
speed settings. From there, you can experiment with your own materials testing. Once the perfect settings are
determined, we recommend recording those results in a Materials Log. To access the material test templates,
complete material testing instructions and a free materials log, go to
http://laser101.fslaser.com/materialtest
Sample File
Dithered Example
Vector Examples from Dark to Light
Содержание MUSE 3D
Страница 1: ......
