Laser Marking Coding Printers
Laser Marking
Fume extraction is an important element of any laser marking installation, helping to remove the smoke and particulate debris generated during the marking process. Fume extraction helps your operations by:
- Improving uptime by keeping your laser lens clean
- Maintaining safe operator working conditions
- Helping ensure product quality by keeping production lines clean
Laser Marking
2-Watt UV Industrial Laser Printer for High Contrast Marking on HDPE/LDPE
Laser Marking Systems The Videojet 7810 2-Watt UV laser marking system delivers high-contrast cold marking permanent codes enabling product lifetime track and trace for pharmaceutical, medical device and cosmetic manufacturers. Prevent the risk of counterfeiting and meet industry regulations with crisp, vision readable 2D codes on white HDPE and LDPE plastic, and other synthetic fiber materials such as DuPontTM Tyvek®. And with optional VideojetConnect™ Remote Service, your team can access Videojet experts to help improve productivity and troubleshoot potential issues in ways that other printers can’t.
Laser Marking
Evolved to 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. Videojet Touch Control Software (TCS+) offers remote control through either the 10” tablet-like touchscreen or from compatible browser-based devices. The advanced Videojet CLARiTY™ laser controller is an alternative user interface, featuring an intuitive touchscreen that will be familiar to users of other Videojet marking and coding solutions.
Laser Marking
Laser within Reach
The Videojet 3210 CO2 laser removes the need to compromise on quality versus cost. Advanced German engineering and extensive laser application expertise are combined into a refined design that makes laser coding achievable for everyone.
Whether new to laser coding or upgrading from an older system, the 3210 is designed to make the transition seamless with a compact, single-box solution that is easy to install and requires minimal operator training. Laser systems offer unique benefits compared to traditional coding solutions. Featuring a long-life laser source, high-quality codes, and no consumables, the Videojet 3210 CO2 laser is an effective choice for your production.
Laser Marking
Laser Marking System
- The 3350 is a connected solution with next-level flexibility, designed for seamless automated product changeovers
- With unparalleled digitally-enabled capabilities, this 30-watt CO2 laser is the ultimate solution for marking complex and high-quality codes at lightning-fast speeds in a range of industries including food, beverage, cosmetics, pharmaceutical, and extrusion.
- It allows for virtually unlimited font, code, and graphic options and boasts impressive line speeds of up to 900 m/min.
- Equipped with cutting-edge automatic and dynamic marking capabilities, the 3350 Smart Focus allows for seamless product changeovers without any manual intervention, thereby supporting your journey towards Industry 4.0.
Laser Marking
- Achieve new levels of coding efficiency and quality with our world-class Co2 laser designed to be accessible to all.
- With upto 360 meters/minute speed, our 3210 will cover most of your applications.
- Moreover it is a simple, single-box design which ensures smooth integration into your line.
- Its intuitive user interface with built-in guidance gets you up and running quickly with minimal operator training.
Laser Marking
- Achieve marking speeds up to 100,000 cans per hour*
- Optimize for washdown with the IP65 rated cabinet
- Handle harsh humid or sugar-laden environments easily with IP69 rated marking heads
- Keep the line running with built in redundacy from dual marking heads
Fiber Laser Markers
- 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)
Fiber Laser Markers
- 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)
Fiber Laser Markers
- 7230 10-Watt and 7330 20-Watt fiber lasers for marking permanent quality codes on robust, high-density materials
- Light, compact and adaptable laser marking solutions offering high-speed marking, with complex data, easy operability and industry-leading integration capabilities
- Designed for demanding production schedules in the Parts-Marking, Food, Beverage, Consumer Packaged Goods (CPG) and Pharmaceutical industries
High Performance CO2
- 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
High Performance CO2
- Videojet 3340 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
Laser marking systems
Laser marking is a non-contact coding technology that uses a focused beam of light to create permanent, high-quality marks on a product or package. It can produce text, logos, serial numbers, batch and lot codes, as well as machine-readable 1D and 2D codes for identification and traceability.
Laser systems produce permanent, high-contrast codes without inks, ribbons or solvents. Depending on the application, they can support high production speeds, reduce routine coding consumables, minimise maintenance requirements and deliver precise, machine-readable marks for long-term traceability.
The correct laser depends on the material and the required mark. Fibre lasers are generally best suited to metals and durable plastics. CO2 lasers are commonly used on organic and non-metallic materials such as cardboard, wood, glass and selected plastics, but are not normally effective on untreated metal. UV lasers are well suited to heat-sensitive or delicate materials, including certain films, plastics, glass and medical packaging. A sample test is the safest way to confirm code quality.
No. Steered-beam laser systems can mark products while they are moving on a production line or while they are stationary. The correct configuration depends on the substrate, code content, mark area, product presentation and line speed.
Industrial marking lasers contain high-powered laser sources, so safe integration is essential. A complete installation should include a site-specific risk assessment, appropriate beam shielding, safety interlocks, operator training and compliant guarding. Properly integrated systems can be configured for Class 1 operation. Fume extraction should also be specified where marking produces smoke or particulate matter, protecting air quality, code quality and the laser lens.