Laser marking systems are the sustainable alternative to traditional labeling, CIJ, and tampon printing. With the V-Series, FOBA developed a solution that helps companies reduce their environmental footprint while producing high-quality, eco-friendly marks on various materials.
Unlike traditional marking methods that rely on consumables such as ink, tampon pads, and solvents, the V-Series eliminates these recurring costs and reduces waste. Mechanical issues typical of CIJ and tampon printing lead to frequent maintenance, increasing operational costs and downtime. The V-Series from FOBA is low-maintenance, requires no consumables, and ensures precise, high-contrast markings on polymers (such as ABS, PET, HDPE, and polypropylene), colored plastics, ceramics, and metals using its UV- and green laser markers. Laser markings guarantee long-lasting readability and excellent wear resistance.
With its compact design and flexible connectivity options, the FOBA V-Series integrates seamlessly into existing production lines, enabling a quick replacement of costly CIJ or tampon printing systems with minimal adjustments. This makes it an ideal upgrade for manufacturers seeking a cost-effective, space-saving solution that delivers sharp, wear-resistant markings.
"The V-Series provides manufacturers with a powerful, sustainable alternative to conventional marking technologies," says Philipp Febel, Director of Product Strategy & Customer Experience at FOBA. "With its 4-watt UV and 10-watt green lasers, it offers versatile marking options for polymers, colored plastics, metals, and ceramics. The consumable-free system reduces operating costs, minimizes waste, and helps manufacturers achieve their sustainability goals and improve their environmental footprint."
With the V-Series, FOBA sets a new standard for efficient, high-quality, and sustainable marking solutions. Designed to meet the demands of modern manufacturing, the V-Series not only enhances productivity but also promotes more responsible resource use. For manufacturers looking for a sustainable and durable marking solution, the V-Series offers an ideal combination of versatility, durability, and environmental responsibility.
Unlike traditional marking methods that rely on consumables such as ink, tampon pads, and solvents, the V-Series eliminates these recurring costs and reduces waste. Mechanical issues typical of CIJ and tampon printing lead to frequent maintenance, increasing operational costs and downtime. The V-Series from FOBA is low-maintenance, requires no consumables, and ensures precise, high-contrast markings on polymers (such as ABS, PET, HDPE, and polypropylene), colored plastics, ceramics, and metals using its UV- and green laser markers. Laser markings guarantee long-lasting readability and excellent wear resistance.
With its compact design and flexible connectivity options, the FOBA V-Series integrates seamlessly into existing production lines, enabling a quick replacement of costly CIJ or tampon printing systems with minimal adjustments. This makes it an ideal upgrade for manufacturers seeking a cost-effective, space-saving solution that delivers sharp, wear-resistant markings.
"The V-Series provides manufacturers with a powerful, sustainable alternative to conventional marking technologies," says Philipp Febel, Director of Product Strategy & Customer Experience at FOBA. "With its 4-watt UV and 10-watt green lasers, it offers versatile marking options for polymers, colored plastics, metals, and ceramics. The consumable-free system reduces operating costs, minimizes waste, and helps manufacturers achieve their sustainability goals and improve their environmental footprint."
With the V-Series, FOBA sets a new standard for efficient, high-quality, and sustainable marking solutions. Designed to meet the demands of modern manufacturing, the V-Series not only enhances productivity but also promotes more responsible resource use. For manufacturers looking for a sustainable and durable marking solution, the V-Series offers an ideal combination of versatility, durability, and environmental responsibility.
