marking.ee offers wide range of standard and custom made CO₂ laser marking systems.
Laser marking using CO₂ laser technology is the most popular way of using laser marking.
CO₂ lasers are used to mark various organic materials like paper, cardboard, leather, wood, plastic, glass etc. Main advantages of CO₂ lasers over widely used inkjet printers: - Savings on ink and solvent.
- Reduced production line downtime.
- Reduced maintenance costs.
The only consumable needed to use CO₂ laser to mark your production is electricity.
Disregarding
that CO₂ laser marking system initial purchase price is higher
than CIJ or other technology industrial inkjet purchase price, in long
term lasers have proven to be more economic industrial marking
technology.
CO2 laser marking sample on glass.
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CO2 laser marking sample on wood.
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- Best before date printing
- PET bottle marking
| - Wood & Timber marking
- Glass marking
| Calculations have proven
than even if laser have to change light source after 3 - 4 year
operation in double shift production cycle laser is still more economical than inkjet printers in the same period of time.
For instance,
in average, light source change for CO₂ laser cost the same as annual
ink cost for inkjet printer or even less depending on usage and
production volumes - as higher is production volume, as higher gain from
switching to laser marking from inkjet marking manufacturer will get.
TELESIS CO₂ laser marking systems.
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Proven CO-Series CO₂ RF-excited, sealed-tube laser marking systems provide a galvo-steered beam designed for marking.
The
CO-Series laser marking systems are excellent for marking substrates
like wood, glass, Plexiglas®, quartz, ceramics, fabrics, and other
organic materials. Mark-On-The-Fly versions are available for application dependent line speeds up to 2700 ft/min. (900 meters per minute).
Also available are embedded controller versions requiring no separate PC. Power Range: 10 - 60W
To find out more about equipment we offer please contact us via e-mail: office@marking.ee |