Marking Solutions

Laser Marking/Processing Solutions

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3-Axis Laser Marker Solutions



The MD-V9900 and ML-Z9500 Series feature 3-Axis control to modify the laser position according to the shape of a target, which can include steps, inclined surfaces, cylinders or circular cones. These markers minimize distorted, worn, or chipped characters while enabling uniform marking on three-dimensional surfaces that are considered untouchable by conventional markers.
[Select an example application to find out about its specific advantages]
CASE: 1 CASE: 2
3-Axis Marking Wide Area Marking
[ Examples of 3-axis and wide area marking]
A switch on an instrument panel
A switch on an instrument panel
Keys on a mobile phone
Keys on a mobile phone
Enclosure made of resin
Enclosure made of resin
LSI
LSI
Laser diode
Laser diode
Micrometer
Micrometer
Serial NO.
Serial NO.
Bearings
Bearings
[Select an example application to find out about laser marking's specific advantages]
CASE: 3
Marking lot no's
[Examples of laser marking]
Single-use camera
Single-use camera
PC board
PC board
Icecream package
Icecream package
CD-R
CD-R
Stainless steel
Stainless steel
Electronic component
Electronic component
PET bottle
PET bottle
Magnetic card
Magnetic card

Laser Marker Machining/Processing Solutions



Recently, an increasing number of customers have been using laser markers as "laser machining devices". Since laser markers are purpose-built for marking, the path and power of the laser beam can be controlled as desired. Because laser markers offer high-quality, precision machining that cannot be achieved by other methods, they have been embraced by a variety of different industries.
It should be noted, however, that laser markers are not powerful enough to cut through metal objects.
[Select an example application to find out about its specific advantages]
CASE: 4 CASE: 5
Cutting cable sheaths Cutting plastic molding gates
[Machining examples with laser markers]
Cutting cable sheaths
Cutting cable sheaths
(Cutting sheaths without damaging conductors)
Cutting unwoven fabric
Cutting unwoven fabric
(Cutting out desired shapes)
Cutting gates
Cutting gates
(Instead of heat nippers)
Peeling plating
Peeling plating
(Peeling anodized aluminum layer only)
Cutting perforations
Cutting perforations
(Cutting in desired shapes)
Processing flat cables
Processing flat cables
(Cutting sheaths without damaging conductors)
Cutting labels
Cutting labels
(Cutting labels without cutting the base sheet)
Peeling coating surfaces
Peeling coating surfaces
(Peeling multi-layered coatings)