FOBA Laser Marking + Engraving is taking part in a new presentation format at "MedtecLIVE with T4M" (Stuttgart, May 3 - 5, 2022). For the first time in this form, several partner companies will set up a production line in the exhibition hall. FOBA will demonstrate laser direct marking as part of the value chain of a medical product.
Together with distribution partner Spinetti Machinery from Reno, NV, FOBA Laser Marking + Engraving is attending MD&M West (Anaheim, CA, April 12-14, 2022). The joint trade show team will provide sample marking on FOBA’s laser marking workstation M2000 live on site to present medical device marking applications.
From mark alignment software to tray infeed modules: Laser marking automation goes beyond robotics
From paint removal on a modern glass display with touch function to engraving on a plastic component: Laser marking offers various possibilities for the functional and decorative design of a vehicle interior. FOBA exhibits latest laser marking applications for the automotive industry at the automotive interiors EXPO in Stuttgart/Germany from November 9 - 11, 2021.
Minimum space requirement, maximum marking quality – FOBA will demonstrate these and more benefits of the world's smallest laser marking head Titus™ during the electronics trade show Productronica from November 16 to 19, 2021. Latest marking software developments as well as solutions for the automation of the marking process are further key topics at the FOBA booth no. B2.207.
FOBA Expert Talk on October 21, 2021, to present robot assisted laser marking solutions
Since the end of May 2021, the UDI (Unique Device Identification) enables the unique identification and secure traceability of medical devices as part of the European MDR (Medical Device Regulation) and improves patient safety.
Stroll through halls as an avatar, gather information at the booth, discuss live: At the "Virtual Manufacturing Day" on November 24 an innovative concept makes it possible to virtually experience automation solutions for industrial traceability.
Sebastian Blösch was previously Finance Director and a long-standing member of the management team
Fast provision, uncomplicated financing models and extended service make it easier to cope with production peaks – In FOBA’s webinar series, laser marking experts offer direct part marking backgrounds and practical application knowledge – Laser marking ensures traceability as well as counterfeit protection and increases patient safety
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The new FOBA Y.0200-S model is an upgrade to the existing range of fiber laser marking systems.
In March 2019, FOBA provided the Innovation and Research Center (IFC) Tuttlingen at Furtwangen University (HFU) with a laser marking system. Since then, the system has proven itself in scientific research as well as for demonstration purposes in front of interested parties from the surrounding medical technology industry.
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FOBA's novelty offers unprecedented flexibility in terms of line integration, usability and speed
Since its founding in 1969, the tool and machine manufacturer FOBA Laser Marking + Engraving (Alltec GmbH) has developed from a craft shop for mold making into one of the leading international providers of system solutions for laser marking.
The Innovation and Research Center (IFC) Tuttlingen of the Hochschule Furtwangen University of Applied Sciences (HFU) and FOBA Laser Marking + Engraving have officially launched their innovation cooperation for medical technology. At a ceremony on March 20, a modern laser marking system was presented, which is now available to the university for research as well as for demonstration purposes.
The Tuttlingen based Innovation and Research Center (IFC) of Furtwangen University (HFU) and FOBA Laser Marking + Engraving are starting a cooperation for developing innovations in the medical industry. Medical device manufacturers are invited to take part in the kick-off event on March 20, 2019 in Tuttlingen. The event is titled "Help, the UDI is here!" and deals with the technical requirements of laser marking on medical devices of various materials like metals and plastics.
Severe criticism against manufacturers of medical devices and related supervision processes occurred in November 2018, when European journalists questioned the reliability of implants and their possible effects on human health. The German inter-trade organization BVMed put this into perspective and additionally pleaded for an official nationwide implant database. FOBA encourages this approach and considers UDI-codes, firmly applied on medical implants, to be a key-factor for safe traceability of implants.
With the launch of its latest laser marking software version, MarkUS 2.12, FOBA introduces not only a range of advancements in vision-based laser marking, but also a great potential for cost-savings in direct part marking. The update’s major enhancement is the patent-pending full-field imaging technology FOBA Mosaic which enhances automated mark alignment and saves expenses by making product fixtures obsolete.
At the IMTS in Chicago FOBA will showcase its innovative marking feature MOSAIC, a significant improvement in automated mark alignment, for the first time in the US. A reliable vision-based laser marking process is now even feasible when products are placed without any fixtures in the marking field.
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FOBA is showcasing the latest innovation in automated mark alignment without product fixtures, a fiber laser for day-night-design and 100 Watt high-speed laser marking.
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Proven expertise in compliant laser marking on surgical instruments and implants led to double-digit growth in 2017.
High speed, highly variable material suitability, and flexible marking options are features of FOBAs new 10-Watt and 30-Watt laser marking systems C.0102 and C.0302.
Variable scan head tuning, configurable beam turn unit and various interfaces permit integration into nearly any existing production line.
FOBA Laser Marking + Engraving presents a new generation of laser markers which meet the latest challenging precision and speed requirements for paint removal, such as day-night-design applications. The international market leader, who has decades of experience in the development of process-oriented laser marking systems, worked in close cooperation with worldwide customers on a laser solution which is custom-made for the most precise layer removal.
In close cooperation with FOBA Laser Marking + Engraving, “add’n solutions GmbH & Co. KG” of Tuttlingen/Germany, a service provider for UDI laser marking on medical devices, conducted a long term study on reusable surgical instruments. The aim was to prove that laser marks remain clearly readable in spite of multiple reprocessing procedures. The UDI must resist increased wear throughout the whole product life cycle to ensure safe traceability, which is also officially required.
FOBA’s laser marking software MarkUS has been updated and equipped with a simplified runtime graphical user interface: The new “Advanced Operator PlugIn” (AOP) clearly visualizes the essential steps of the marking process and thus prevents operator errors. Also available now for easier application: A patent pending autofocus system that speeds up and streamlines the laser focusing process during job creation.
The UDI rule for medical devices is a big topic among manufacturers. The deadline for the third phase of the US-American Food and Drug Administration (FDA) initiated UDI system ends this year. It affects all producers of reusable class III products – such as neurological and cardiovascular catheters – and several class III devices that are single use implants and are sterilized (or cleaned and sterilized) before use – such as heart valves, pacemakers or knee prosthesis. Those devices have to be directly marked with UDI code from September on. FOBA shows economic and efficient laser solutions in Stuttgart for those requirements.
With its Y-Series, FOBA is introducing the next generation of high-precision fiber lasers for direct part and product marking. With their newly developed scan head technology and the modular design, the laser marking systems in the Y-Series provide highest integration capability and application flexibility: They are easy to integrate into production lines and laser marking stations, and ensure tailored solutions for a wide variety of marking applications. A scan head built-in vision system for in-process imaging combines validation and verification prior to and directly after laser marking in a holistic marking process.
2014 was a record year of recalls in the automotive industry which cost the carmakers dear: almost 64 million vehicles have been recalled for safety problems solely in the USA, and more than 1.9 million vehicles in Germany. This trend is observable in many other countries as well, and did not stop in 2015. A current example: In August 2015, a luxury carmaker recalled almost 20,000 cars in China because of problems with the brake hoses. This is where innovative laser-based parts marking solutions come into play. They ensure more product safety and reliable traceability.
Plastic and plastic parts are used in nearly every industry. For traceability and quality assurance reasons or because of protection against plagiarism, plastic parts have to be readable and permanently marked. As the marking is usually a process at the end of the product line, it requires cost-effective and qualitative solutions. At Fakuma, FOBA – leading manufacturer of laser-based process solutions and parts marking – shows how vision-based laser technology supports not only the efficiency of product lines but also innovative design, security of products and traceability.
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Two high-throughput laser marking workstations with 2 position rotary tables complete the FOBA M-series
Lasers are used in different ways for processing medical devices. Laser marking machines with integrated vision systems emerged as an effective means of identifying medical components, e.g. for marking UDI compliant codes.
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With its compact workstations in the M-Series, M2000-B/P and M3000-B/P, FOBA presents a new generation of flexible laser marking machines.
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Compact desktop laser workstation for the economic laser marking of individual parts and small batches
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