SCOTTSDALE, Ariz .– (BUSINESS WIRE) – Universal Laser Systems (ULS) kondigt de toevoeging aan van 3M™ en Angstron-materialen aan de materialendatabase, de meest uitgebreide opslagplaats van parameters voor het verwerken van lasermateriaal voor materialen in het bereik van 10 watt tot 500 watt.

De 3M- en Angstron-materialen die nieuw zijn voor de ULS-materiaalendatabase werden speciaal toegevoegd voor laserbewerking met de ULTRA- en XLS-platforms, geschikt voor hoge nauwkeurigheid en nauwkeurig lasersnijden, laserablatie en laseroppervlakmodificatie.

De materialen omvatten:

• 3M™ 1529 Microporeuze kunststoffolie van geweven vlies
• 3M™ 1776 Polyester Spunlace geweven textiel medische tape
• Angstron-materialen AT1500-25 thermische folie

Universal Laser Systems Expands Its Materials Database with 3M and Angstron Materials

SCOTTSDALE, Ariz.–(BUSINESS WIRE)– Universal Laser Systems (ULS) announces the addition of 3M™ and Angstron materials to its materials database, the most extensive repository of laser material processing parameters for materials in the range of 10 watts to 500 watts.

The 3M and Angstron materials new to the ULS materials database were specifically added for laser processing with the ULTRA and XLS platforms, suited for high accuracy and precision laser cutting, laser ablation and laser surface modification.

The materials include:

• 3M™ 1529 Microporous Rayon Nonwoven Fabric Medical Tape
• 3M™ 1776 Polyester Spunlace Nonwoven Fabric Medical Tape
• Angstron Materials AT1500-25 Thermal Foil

Laser processing notes, describing the results of the laser-material interaction for these materials, are also available in the Materials Library on the ULS website to help potential customers explore the advantages of deploying laser technology within their manufacturing, research and development, and prototyping activities.

About Universal Laser Systems, Inc.

Universal Laser Systems, Inc. (ULS) is a global manufacturer of laser material processing solutions, committed to innovation and advancing the application of modern CO₂ and fiber laser technology. From the development of laser sources, productivity enhancement technologies, advanced software and beam delivery systems, to an extensive investment in the research of laser materials processing science and applications, ULS provides its customers the most innovative, cost-effective, flexible and scalable laser material processing solutions for today and future needs. For more information, visit www.ulsinc.com.

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Contacts

Universal Laser Systems, Inc.
James Rabideau, 480-483-1214
jrabideau@ulsinc.com
www.ulsinc.com