FOBA Upgrades Portfolio with New Fiber Laser Marking System

03.02.2020 - 11:10

FOBA Laser Marking + Engraving, a global leader in industrial laser part marking and engraving solutions, has introduced another laser marker for line integration: The new FOBA Y.0200-S model is an upgrade to the existing range of fiber laser marking systems.

The powerful marking laser is characterized by its compact design and gives manufacturers a high amount of marking and mounting versatility. FOBA understands manufacturers’ varying needs for direct part marking and intends to solve many of their unique laser identification requirements. The system is ideal for demanding production schedules – especially in the electronics and automotive supplies or metal and plastics processing industries. FOBA’s Y.0200-S marking system can keep pace with the legal ID specifications and provide a high level of code contrast and durability, even on robust, high-density materials.

The 20 Watt fiber laser provides increased operational freedom, flexibility and application confidence. Users can select either a 6 mm marking head for high-speed production or a 10 mm marking head for parts marking with fine detail.

Improved data processing and high marking speed allow for enhanced productivity: Up to 1,300 characters per second can be achieved with the 6 mm marking head or up to 1,000 characters per second with the 10 mm marking head, depending on the application.

The new laser provides seamless integration into various production lines and users can choose to control the marking process using FOBA’s Touch Control Software FOBA Go on the IP65-rated 10.1-inch color touchscreen or on most browser-based devices.

“Our customers have already received this lightweight, compact and agile fiber laser solution very well”, said Wen Xiao, FOBA General Manager in the APAC region. “Having the choice between a zero or 90 degree marking head orientation, they benefit from versatility in tight spaces and easy mounting of one of the smallest marking heads available.”

https://www.fobalaser.com/

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