This makes it possible for the user to
quickly and easily convert a laser system
between fully enclosed Class 1 operation,
and open Class 4 operation. This allows
the user to place oversized objects in the
laser system for laser material processing
or pass continuous objects such as rolls
of material or conveyor systems through
the laser system. In the standard Class 1
configuration, work envelopes range from
406mm x 305mm x 102mm to 1219mm x
610mm x 305mm, offering the capability
to process a wide range of component
sizes.
Universal Laser’s David Richter
continues: “In addition to offering a
comprehensive range of platforms, laser
sources and peripherals, ULS systems
provide the functionality that enables
the user to precisely manipulate
parameters such as wavelength
selection, laser beam positioning
speed, rate of energy delivery and air
assist to achieve the highest degree of
processing control. The ability to truly
fine-tune the process for each material
and application not only boost the
flexibility of the laser system, but allows
the user to consistently achieve higher
accuracy and quality.”
Bolstering the core technology is the
company’s materials library, widely
recognised as the world’s premier
source for information on laser material
processing for cutting, marking and
machining. This comprehensive and
continually evolving database provides
users with details on the recommended
configuration for their laser system to
process a specific material and obtain the
optimum results.
These technologies and innovations
developed by Universal Laser Systems
continue to provide a competitive
advantage for manufacturing companies
of all sizes, who are seeking to keep
pace with the dynamic nature of today’s
business environment by future proofing
their manufacturing and production
processes. Their continual commitment to
improving laser technology allows users
to benefit from laser systems that deliver
high performance for the broadest range
of material applications.
www.ulsinc.com
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