Foba Laser Marking Solutions Enable Efficient Industrial Product Marking
IMTS 2024: Foba is demonstrating its laser marking solutions in a range of sizes, from compact to large. Its V series is said to optimize precision and performance in a compact model.
Share




Foba is showcasing a full range of laser marking solutions, from its largest laser marking workstation, the M3000, to the compact M1000 manual workstation and compact laser marking head, Titus. Each laser system shows different application areas and functions for efficient industrial product marking, from metals to plastics.
Foba’s V-Series, which, with the 4-W UV and 10-W green marking laser, can offer higher performance and better precision than its predecessor models at a fraction of the size, according to the company. The laser head is compact and can be integrated into the Foba M1000 manual workstation.
In contrast to these technologies, the marking lasers do not require many consumables and can therefore minimize waste and operating costs.
In live demonstrations on the M3000 laser marking machine, visitors can see the deep black marking of stainless steel in combination with the Mosaic feature, which automatically aligns the marking — even on parts that are randomly placed in the marking field. The Titus fiber laser marker is intended for fast marking in production lines and maximum flexibility in terms of integration.
Related Content
-
EDM, Laser Micromachining and More at GF Medical Demo Center
At GF’s Medical Center of Competence, the company shows off EDM and laser features that could make a large impact on medical manufacturing — and elsewhere.
-
Industrial Laser Conference Inspires with All-Women Panel
The Laser Institute of America hosts the Industrial Laser Conference, featuring speakers like Joy Gockel and a focus on the use of laser technology for additive manufacturing.
-
Omax Waterjet System Improves Efficiency, Precision
IMTS 2024: The Omax OptiMAX 60X waterjet system, equipped with optimized software and cutting capabilities, provides efficiency in production and precision.