Printing on Metal Parts and Components
Industrial Coding and Marking Solutions for Metal Parts and Components Printing
Machined or formed metal parts can require a range of codes for either internal or external traceability. Working with a partner that offers a wide variety of coding solutions and integration expertise can be beneficial when specifying the optimal solutions for a range of material properties and application challenges.
Laser and continuous ink jet (CIJ) remain two of the more common marking technologies for metal components. Videojet’s laser wavelength options provide greater flexibility in matching the given material.
CIJ printers offer easy integration for printing on a wide variety of metals and are an ideal solution to print on curved or indented surfaces. Videojet also offers MIL SPEC inks to meet specific military and aerospace requirements.
Continuous InkJet Printers Laser Marking PrintersLaser Marking Printers for printing on Metal Parts and Components
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
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
- 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)
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