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Laser Applications for Engraving:
Common Laser Engraving Materials:
- Acrylic
- Anodized Aluminium
- Ceramic
- Cloth
- Coated Metals
- Cork
- Delrin
- Fiberglass
- Glass
- Leather
- Marble
- Matte Board
- Melamine
- Mylar
- Paper
- Plastic
- Pressboard
- Rubber
- Wood
- Wood Veneer
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Laser Marking and Laser Engraving Attributes:
- A permanent mark
- High density (characters as small as 0.012 high)
- Non-contact (eliminates distortion of delicate parts and
simplifies tooling.)
- Marking of hard to reach areas.
- Highly legible, even with small characters.
- Typically does not need pre or post-processing.
- A highly accurate and repeatable laser mark.
- A wide variety of fonts and graphics via software.
- Automatic sequential serializing.
Three general methods for laser
marking and engraving are:
1. The material removal
process provides typical depths from 0.001 inch to 0.002 inch.
Heavier marks can be made from 0.003 inch to 0.004 inch with maximum
depth of 0.005 inch.
2. Anodized aluminium marks very well
with excellent contrast between the color and the bared aluminium.
Penetration into the aluminium is typically less that 0.0005
inch.
3. The selective thermal process works very well with
stainless steel. There is no surface upset at all. The resulting
blue or black color provides high contrast with the metal.
| Synrad Laser Laboratory processed samples,
including photographs and videos for your review.
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An intricate design marked on glass
using a 25W Synrad CO 2 laser.
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See
video Synrad laboratory laser engraving wood at
actual speed.
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Photograph © 2004 Synrad,
Inc. |
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Photograph © 2004 Synrad,
Inc. |
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Laser Marking Surfacemount capacitors
Marked with a Synrad 10-watt laser and FH-Series “Index” Marking
Head at 15”/ sec (Actual size ~2mm x 1 .5mm).
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See
video Video of laser marking anodized aluminum at
actual speed |
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Photograph © 2004 Synrad,
Inc. |
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Photograph © 2004 Synrad,
Inc |
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Hardwood gun handgrip pattern was
engraved on a hardwood handle using 60 watts of power in 62
seconds |
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See
video Video of Synrad laboratory marking glass at
actual speed
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| Photograph © 2004 Synrad,
Inc |
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Photograph © 2004 Synrad,
Inc. |
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