Laser Marking and coding Systems

Full Line of Industrial Laser Marking Machines for Printing and Coding Applications

Laser marking is a non-contact printing method that offers advantages over other technologies including mark quality, permanence and fewer consumables. The Videojet line of laser marking machines includes CO2, Fiber and UV laser sources in different power outputs to address a range of substrates and applications. In addition, Videojet offers a comprehensive portfolio of laser accessories including lenses and beam turning units to simplify integration into your production lines and maximize the laser’s performance.

Videojet® LightfootTM Canning Solution

Videojet® LightfootTM Canning Solution

An innovative fiber laser solution for high-speed canning applications

Developed to meet the demanding needs of high-speed beverage canning, the Videojet Lightfoot™ canning solution is for manufacturers looking to upgrade their production line with a laser coding system. The comprehensive system is backed by ongoing application support, VideojetConnect™ Remote Service, and the largest service footprint in the industry to deliver the reliability and performance necessary to achieve your production goals.
Capable of ultra-fast speeds and robustly designed for harsh environments, the Lightfoot™ canning solution delivers high-quality, precise laser codes in a single all-inclusive system. Keep your operators safe with a class 1 safety design while simultaneously enabling maximum production uptime with dual Lightfoot™ marking heads that provide built-in redundancy.

Read moreVideojet® LightfootTM Canning Solution BrochureVideojet® LightfootTM Canning Solution Technical sheet

Videojet® 7340 /7440 Fiber Laser Marking Machines

Fiber Laser Marking Machines that fit the most restrictive spaces.

Developed to meet the needs of manufacturers who work within small spaces, the Videojet 7340 and 7440 fiber lasers feature the Lightfoot marking head, the most compact fiber laser marking head on the market.

Achieve easy integration and greater versatility in tight spaces with a fiber laser marking head that weighs less than 1kg / 2.2 lbs – the smallest and lightest fiber laser head on the market. Compact in size, the 7340 and 7440 fiber laser marking head can be easily integrated into production lines or complex machinery, allowing for an increased range of laser installation opportunities.

Benefit from a versatile fiber laser solution that is fast to set up, with virtually no consumables. Reduced mounting bracketry offers easy adjustment of the fiber laser marking head, aiding faster set-up and repositioning of the laser head.

Featuring a pilot beam-based focal alignment installation process, the 7340 and 7440 offer easier, faster and more precise installation. Control the 7340 and 7440 fiber lasers through a range of familiar, easy-to-use Videojet interfaces, ensuring seamless operation within your production line.

Read moreVJ 7340 / 7440 Brochure

Fiber laser VJ 7340 / 7440

Videojet® 3140

10-Watt CO2 Industrial Laser Marking System for Moderate to High Speed Applications

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.

  • 10W CO2 laser marking with CLARiTY™ touchscreen controller, engineered to minimize coding mistakes
  • High performance delivers crisp codes on moderate line speed applications
  • Line set-up wizard aids fast product changeovers, maximizing uptime
  • Virtually no maintenance and limited consumables
Read more3140 Spec Sheet

Videojet® 3340

30-Watt CO2 Industrial Laser Marking System for Moderate to High Speed Applications

The 3340 30-Watt 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 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.

  • 30W CO2 laser marking with CLARiTY™ touchscreen controller, engineered to minimize coding mistakes
  • Extended mark speed capability of up to 150,000 products per hour, ideal for high line speed applications
  • High speed variable coding and data buffering, combined with the largest mark window in the industry, help increase throughput and performance
  • Integration features for fast install and set-up
Read more3340 Spec Sheet

Videojet® 3640

60-Watt CO2 Industrial Laser Marking System for Moderate to High Speed Applications

The 3640 60-Watt CO2 laser marking machine 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 system, and has been designed to process complex codes at high speeds, with the industry’s widest mark field.

  • 60W CO2 laser marking with optional CLARiTY™ touchscreen controller, engineered to minimise coding mistakes
  • Fastest laser marking system with mark speed capability of up to 2,100 characters per second
  • High-speed serialisation for pharmaceutical and tobacco applications, delivering unique and serialised codes at high production speeds
  • Widest marking field reduces the number of lasers that are required to cover multi-lane / wide web applications, reducing investment and running cost
Read more3640 Spec Sheet

Fiber Laser Marking Machines for High Speed Applications

Videojet 7230 / 7330 / 7510 / 7610

Fiber laser marking machines are engineered for high speed beverage, pharmaceutical and extrusion manufacturers who need to code data such as expiry information, lot and batch numbers, and other critical production information.

Videojet fiber laser marking systems are designed for marking onto robust materials including plastics and metals, to minimize downtime, increase reliability, and efficiently maximize productivity.

Videojet 7220 / 7320 

  • 10-Watt & 20-Watt Fiber Industrial Laser Printer for High Quality Marking on Metal
  • The Videojet 7220 10-Watt and Videojet 7320 20-Watt fiber laser marking systems are some of the most compact, versatile and low maintenance solid-state marking systems available.
  • The 7220 and 7320 have been designed for direct parts marking and unique identification applications on metals, plastics and other hard to mark materials in the aerospace, automotive, electronics, medical devices and tools markets.

Videojet 7510 

  • 50-Watt fiber laser marking high contrast at high speed
  • Quality marking on robust plastic and metal materials
  • Maximum single line speed: 440m/min (1440 ft/min)

Videojet 7610

  • 100-Watt fiber laser marking high contrast at high speed
  • Quality marking on robust plastic and metal materials
  • Maximum single line speed: 600m/min (1968 ft/min)
Read more7230 7330 Spec Sheet7510 Spec Sheet7610 Spec Sheet

Videojet® DN50A/LN100

Designed in conjunction with our sister company Foba Alltec, the Videojet DN50A and LN100A are Nd:YAG lasers designed to meet the most stringent laser marking requirements for throughput, flexibility, user-friendliness, reliability and quality. The 50 Watt DN50A is suited for applications involving engraving, a color change, color removal or annealing marking at impressively high resolution. The 100 Watt LN100A is suited for engraving applications at higher power levels for greater throughput.

Read moreDN50A Spec SheetLN100A Spec Sheet

Laser coding

No consummables required anymore

The laser coding is a completely different way of coding than any other coding technology

Coding through a heat concentration

The dioxyde carbon (CO2) is submitted, within a scealled tube, to a radio frequency electronically generated that produces the laser.

Vectorial and matricial impression

to represent a specific character or graphic,the laser beam is activated and deactivated in between the displacement in the coding zone.

Read moreBrochure full range laser technology
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