Laser Marking FAQs | What is Laser Marking? Features | Benefits
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How Laser marking works?
Laser beam passes through a F theta lens and concentrates at focal point. Any material at the focal point gets heated or melted. This beam moves as per marking design with the help of software, mirrors and motors.
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On which material it can mark?
It can mark on all types of metals. MS, SS, Alu, casting, forging etc.
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On which material it can’t mark?
Glass, Wood, Acrylic, Nylon, Teflon etc.
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How deep can it mark?
By multiple passes it can mark up to 1mm deep.
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What is minimum and maximum font size it can mark?
0.5 mm to 100 mm
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How many font types can it mark?
All office fonts can be marked.
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Can it mark Logo or images, barcode or QR code? ?
Yes
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Can it be marked on the curve surface or OD of cylindrical parts?
Yes, with a rotary axis.
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What is the maximum marking area?
Standard marking area is 150 X 150, optional 100 X 100, 200 X 200, 250 X 250, 300 X 300
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Can we mark incremental serial numbers?
Yes
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Can we mark date shift code which will change automatically?
Yes
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Can we integrate it with PLC? Can we send marking data to the marking machine?
Yes
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What is the working height of the machine?
Standard 200 mm, optional 300 mm, 400 mm
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Can it mark on hardened material?
Yes
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What is the life of a laser source?
100000 working hours
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Can it be marked after painting?
Yes
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What are critical spares?
F theta lens
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How frequent maintenance is required?
Virtually maintenance free.
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What safety measures do we have to take care of?
Laser should not be seen by naked eyes and no body part should come in contact with the laser beam; the safety enclosure must be there to comply with safety.
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How harmful is it?
Direct contact with a laser may cause damage to skin and eyes.
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