The system is constantly drawing and measuring vacuum pressure on the part during the marking process. Sensors monitor the pressure, as well as part presence and cylinder position, to ensure that the Safety Seal meets all requirements for marking.
If these safety conditions are not met or vacuum pressure drops while marking is in progress, the Safety Seal will close the safety shutter so that the laser output is interrupted. This safety circuit ensures laser safety at all times during the marking process.
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Category: |
Spec: |
|---|---|
|
Laser Compatibility |
Fiber or VP MOPA Fiber |
|
Output Power |
20W, 50W, 100W, or 200W |
|
Power Requirements |
20W-100W: 110/220 VAC, 10/5A, 50/60Hz |
|
Wavelength |
1064nm |
|
M2 |
<1.4 |
|
Operation Mode |
Pulsed |
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Pulse Rep Rate |
Fiber: 25-200 kHz depending on model |
|
Cooling |
Air Cooled |
|
Scanning Method |
XY galvanometer |
|
Weight |
20W-100W: 47 lbs + Laser Rail (20 lbs) |
|
Dimensions |
18" x 19.25" x 10.5" + Laser Rail |
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Cable Length |
9’ |
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Controller Dimensions |
19.5” x 5.2” x 18” + Laser Controller |
|
Max Line Speed |
3,000 mm/sec using 254mm lens |
|
Controls |
LEC Embedded System Controller |
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Communications |
Discrete I/O |
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Software |
WinLase Software |
SMARTmark lasers all use WinLase laser marking software with unique Brady options configured to your needs.
We also offer custom Graphical User Interfaces to help ensure that ease-of-use, automation, database integration and vision inspection meet the needs of your project.
Integrated production line laser marking with a small footprint helped Ford in implementing traceability solutions across all of their production.