top of page
3210.png

Videojet 3210

The Videojet 3210 30-Wattt CO2, laser marking system removes the need to compromise on quality versus cost. Advance engineering and extensive laser applicator expertise are combined to deliver a refined design that makes laser coding achievable for everyone.

3340.png

Videojet 3340

The 3340 30-Watt CO2 laser marking system offers a powerful combination of performance and flexibility, delivering high quality marks on moderate to high speed lines. Designed to maintain the best quality codes on high speed lines. Virtually no font, code or graphic restrictions, makes the 3340 laser markers an ideal solution for marking complex codes to meet the demand of applications in food, beverage, cosmetics, pharmaceutical and extrusion industries. A diverse combination of marking heads, lenses and wavelength options delivers an industry leading 21 spot size variations to match a broad range of marking effects

3340.png

Videojet 3140

The Videojet 3140 10-Watt CO2 laser marking system is engineered to offer all of the performance features found in higher wattage Videojet lasers, but with a power source better matched for moderate line speed applications. Ideal for both simple and complex code requirements on a range of substrates including paperboard, glass, painted metal, paper labels, PET and other plastic materials. The 3140 offers flexibility to meet a broad range of applications in many food, beverage, cosmetics and pharmaceutical operations.

Copy of Online Free Webinar Invitation Promo Ad - Made with PosterMyWall (42).jpg

Videojet 3640 CO2 Laser Marker

The 3640 60-Watt CO2 laser marking system is engineered to help address high-speed and high-volume applications in the pharmaceutical, tobacco and beverage markets. It is a compact high-speed laser, and has been designed to process complex codes at high speeds, with the industry's widest mark field.

Copy of Online Free Webinar Invitation Promo Ad - Made with PosterMyWall (44).jpg

 specifically designed to meet simple coding applications across a wide range of substrates. It’s simple to set-up and operate, and flexible enough to accommodate changing production demands.

bottom of page