BYSTAR DELIVERS
FIBER LASER CUTTING AND A WHOPPING 10 KILOWATTS
CONSISTENTLY THROUGH THIN AND THICK – THAT’S WHAT YOU ARE AFTER. WITH
THE BYSTAR FIBER LASER CUTTING SYSTEM, BYSTRONIC PRESENTS A HIGH-END ALLROUNDER
THAT USES THE FULL POTENTIAL OF FIBER LASER TECHNOLOGY. FOR HIGHEST
PROCESS SPEED, THE MACHINE IS EQUIPPED WITH A 10 KILOWATT LASER SOURCE.
What is faster than 4, 6, and 8 kilowatts? Quite
simply - 10 kilowatts. For those who want to be
at the forefront of fiber laser cutting, Bystronic
equips the ByStar Fiber laser system with a 10
kilowatt laser. This primarily provides users with
one benefit: speed, speed, and even more speed.
And suppliers that are fast lead the race for the
best conditions for cutting jobs. This is how
competition in the laser cutting business works:
be as fast as possible and deliver high quality.
The cutting speeds of the ByStar Fiber with the
10 kilowatt unit increase by up to four times
compared to the industry standard equivalent
4 kilowatt fiber lasers. This allows users to cut
four times as many parts from sheet metal in
the same amount of time as the majority of their
competitors. The greatest benefits allow users
to process material from 0.8 to 12mm thickness.
Even in higher sheet thicknesses up to 30mm, the
10 kilowatt fiber laser goes full steam ahead of its
own accord.
UNIQUE CUTTING HEAD WITH ‘SPOT
CONTROL’
High cutting speeds alone cannot help you
achieve your goal. For constant machining quality,
high laser power must be optimally integrated
in the cutting process. Therefore, in addition to
the 10 kilowatt laser, the ByStar Fiber is
also equipped with a unique cutting head.
Bystronic developed and designed this
cutting head themselves. Thus, this cutting
technology differs from what the many other
suppliers are offering on the market. Swiss
expertise is the driving force here.
The ByStar Fiber cuts stainless steel,
aluminum, non-ferrous metals, and mild
steel, in thin to thick material thicknesses.
To always achieve the best cutting quality in
this broad mix of materials, the cutting head
must flexibly adapt the cutting process to
the changing material and its properties.
And do so automatically, without operator
intervention. For this to work, Bystronic
integrated the spot control function into the
cutting head.
This function configures the laser beam.
Spot control accurately adjusts the
focal point of the laser beam according
to sheet thickness and material. As a
result, the ByStar Fiber always achieves
optimal machining quality in varying sheet
thicknesses and cutting materials – and
does so at warp speed.
For more visit www.bystronic.net.au
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