Suchen
Sie sind aktuell nicht angemeldet:
Login
Registrierung
FOBA at FMB 2026: From Labels to Laser Marking
Selmsdorf, 01.10.2026 (PresseBox) - At FMB ? The Trade Fair for Mechanical Engineering, taking place in Bad Salzuflen from November 3 to 5, 2026, FOBA Laser Marking + Engraving will demonstrate how industrial identification processes can become simpler and more reliable by transitioning from labels to permanent laser marking. The company's exhibition highlights will center on the new Y.0602 fiber laser, developed specifically for applications in mechanical engineering, metalworking, metal manufacturing, and the electrical and electronics industries. Visitors to the FOBA booth will gain insights into solutions for permanent product marking, improved traceability, and enhanced process reliability in production environments.
More and more industrial manufacturers are re-evaluating their existing identification processes. Labels create additional material and logistics costs, may become detached or damaged during production, and are increasingly reaching their limits in automated manufacturing environments. At the same time, demand is growing for durable markings that enable reliable product identification and complete traceability throughout the production process. Against this backdrop, direct laser marking is gaining importance as a key element of modern manufacturing and quality assurance strategies. Unlike labels, laser marking creates a permanent mark directly on the workpiece, simplifying identification processes and providing the foundation for reliable traceability throughout the entire product lifecycle.
New Fiber Laser Enables Efficient Marking of Complex Components
With the new Y.0602 fiber laser, FOBA introduces a solution designed for industrial marking applications involving challenging component geometries and varying workpiece heights. Thanks to its multi-level marking capability, laser marks can be applied across multiple levels within a single operation.
This opens new possibilities, particularly in metalworking applications. Manufacturers of machined components or assemblies featuring recesses, steps, and raised surfaces often need to mark different areas of a part. Conventional marking methods frequently require multiple process steps, repositioning of the component, or additional adjustments.
FOBA's new fiber laser enables these different levels to be marked without repositioning the workpiece. This capability is made possible by an industry-leading focus range of up to 99 millimeters, allowing different height levels to be processed within a single marking cycle. For manufacturers, this means shorter setup times, fewer manual interventions, and higher productivity. At the same time, consistent marking quality can be maintained across all levels of the component.
Process Reliability Through Precise Marking and Intelligent Vision Technology
The integration of a camera-based vision system enables automated part recognition, laser alignment, and mark verification. As a result, process quality can be enhanced even when component shapes, heights, or positions vary.
"In practice, we frequently encounter components with different heights, recesses, or stepped surfaces that traditionally require multiple processing steps," explains Philipp Febel, Director Product Management. "The new Y-Series was developed specifically to address these challenges. Its large focus range allows different levels of a workpiece to be marked within a single process. This reduces setup effort while increasing productivity and process reliability."
At FMB 2026, FOBA will present live demonstrations showing how modern laser marking solutions can support manufacturing operations and unlock new potential by replacing labels with permanent direct-part marking. Interested visitors can schedule an individual consultation and receive a complimentary trade show ticket by contacting FOBA at info@fobalaser.com.
More and more industrial manufacturers are re-evaluating their existing identification processes. Labels create additional material and logistics costs, may become detached or damaged during production, and are increasingly reaching their limits in automated manufacturing environments. At the same time, demand is growing for durable markings that enable reliable product identification and complete traceability throughout the production process. Against this backdrop, direct laser marking is gaining importance as a key element of modern manufacturing and quality assurance strategies. Unlike labels, laser marking creates a permanent mark directly on the workpiece, simplifying identification processes and providing the foundation for reliable traceability throughout the entire product lifecycle.
New Fiber Laser Enables Efficient Marking of Complex Components
With the new Y.0602 fiber laser, FOBA introduces a solution designed for industrial marking applications involving challenging component geometries and varying workpiece heights. Thanks to its multi-level marking capability, laser marks can be applied across multiple levels within a single operation.
This opens new possibilities, particularly in metalworking applications. Manufacturers of machined components or assemblies featuring recesses, steps, and raised surfaces often need to mark different areas of a part. Conventional marking methods frequently require multiple process steps, repositioning of the component, or additional adjustments.
FOBA's new fiber laser enables these different levels to be marked without repositioning the workpiece. This capability is made possible by an industry-leading focus range of up to 99 millimeters, allowing different height levels to be processed within a single marking cycle. For manufacturers, this means shorter setup times, fewer manual interventions, and higher productivity. At the same time, consistent marking quality can be maintained across all levels of the component.
Process Reliability Through Precise Marking and Intelligent Vision Technology
The integration of a camera-based vision system enables automated part recognition, laser alignment, and mark verification. As a result, process quality can be enhanced even when component shapes, heights, or positions vary.
"In practice, we frequently encounter components with different heights, recesses, or stepped surfaces that traditionally require multiple processing steps," explains Philipp Febel, Director Product Management. "The new Y-Series was developed specifically to address these challenges. Its large focus range allows different levels of a workpiece to be marked within a single process. This reduces setup effort while increasing productivity and process reliability."
At FMB 2026, FOBA will present live demonstrations showing how modern laser marking solutions can support manufacturing operations and unlock new potential by replacing labels with permanent direct-part marking. Interested visitors can schedule an individual consultation and receive a complimentary trade show ticket by contacting FOBA at info@fobalaser.com.
Über "FOBA Laser Marking + Engraving (ALLTEC Angewandte Laserlicht Technologie GmbH)":
FOBA Laser Marking + Engraving (brand of ALLTEC Angewandte Laserlicht Technologie GmbH) is one of the leading suppliers of advanced laser marking systems. FOBA develops and manufactures marking lasers for integration as well as laser marking workstations with vision assisted marking workflows. FOBA technology is being applied for the direct part marking of any kind of metals, plastics or other materials in industries like automotive, medical, electronics, plastics or tool, metal and mold making. With its worldwide sales and service branches and its headquarters near Lübeck/Hamburg (Germany) ALLTEC/FOBA is part of the Veralto Corporation.