Laser Marking Printers

Industrial Laser Marking Systems

PSS Supplies & Provides Support for Various Laser Marking Systems 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. Laser marking systems includes CO2, Fiber and UV laser sources in different power outputs to address a range of substrates and applications. In addition, PSS supplies 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.

CO2 Laser Marking Printers

As line speeds increase to cope with more demanding production targets, manufacturers need easier, more efficient laser marking to print high quality codes consistently on their products. Videojet high performance CO2 laser marking systems deliver superior code quality across a range of marking are suitable for a wide array of substrates, and provide easy integration for virtually any application.

Videojet 3350 CO2 laser

  • Maximum performance and extended laser source life expectancy up to 45,000 hours through optimized total power output

  • High-speed marking capability prints up to 2,000 characters per second of text, barcodes, graphics, and other information

  • Reduced manual intervention with Smart Focus marking head that delivers automated marking features

  • High-resolution marking head delivers high-quality and permanent codes to support product traceability and anti-counterfeiting

  • Multiple marking heads and wavelengths provide the flexibility to code a wide range of materials

Fiber Laser Marking Systems

Fiber laser marking systems 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 onto robust materials including plastics and metals. PSS Supplies fiber laser systems that are designed to also minimize downtime, increase reliability, and run efficiently to maximum productivity.

Videojet 7230/7330

  • 7230 10-Watt and 7330 20-Watt fiber lasers mark permanent, high-quality codes on robust, high-density materials

  • Light, compact, and adaptable laser marking machine offers high-speed marking with complex data, easy operability, and industry-leading integration capabilities

  • Prints at marking speeds of 900 m/min

  • Designed for demanding production schedules in the parts marking, food, beverage, Consumer Packaged Goods (CPG) and pharmaceutical industries

  • Option of 6mm and 10mm marking heads to support a wide range of marking and coding operations

Videojet 7510

  • 50-Watt fiber laser marking machine performs high-contrast marking at high speeds

  • Crisp and clear codes marked at speeds up to 600m/min on various industrial products

  • This laser marking machine is specifically engineered for high-speed beverage, pharmaceutical, and extrusion manufacturers marking on robust materials such as highdensity polyethylene (HDPE), nylon, polyvinyl chloride (PVC), as well as aluminum and stainless-steel metal

UV Laser Marking Systems

UV laser marking systems are expertly designed for high-precision applications in industries such as electronics, medical devices, and pharmaceutical products. Since it marks with a non-thermal photochemical process, UV lasers are ideal for marking detailed information like serial numbers, logos, and intricate patterns on sensitive materials including plastics, glass, and certain metals. PSS Supplies provides UV laser systems that are engineered to deliver exceptional accuracy and fine detail while minimizing downtime and maximizing operational efficiency.

Videojet C7710 A

  • 5W UV laser printer

  • Prints up to 1200 characters/s

  • Can print with fine detail due to shorter wavelengths

  • Suitable for a wide range of materials (PP, HDPE, LDPE. cartons, paper, laminated paper)

  • Has minimal thermal impact because it uses a non-thermal photochemical process. Does less damage to the material and produces less emissions.

  • Good for heat sensitive materials