Turning Point Lasers Corporation (TPL) is the
first Asian company that produces a series
of award-winning high-brightness blue direct
diode laser sources (DDL). This innovative
product paves an important new venue
for the precise processing of non-ferrous
materials such as Cu, Au, and Ag as the
absorption rate of Cu at 450nm is 13 times
higher than today’s fiber laser wavelength
of ~1070nm. This product is based on TPL’s
patented “ultra-high brightness with low
numerical aperture fiber output blue laser
modules”. It uses a simple and robust all-fiber
design with advanced thermal management
and is cost-effective, energy-saving, more
robust, more reliable, smaller, and more rigid
compared to the company’s counterparts.
This new product can save ~90% of the
energy traditionally used in manufacturing.
Therefore, many first-tier manufacturers
have begun implementing blue lasers into
their non-ferrous materials, especially
Cu-related processes to meet the 2050
net-zero emission target.
Additive manufacturing, which is different
from the traditional subtraction process, can
effectively reduce the total cost since it uses
less material, minimizes the cost of human
mistakes, and reduces manufacturing time.
It has been widely adopted by customized
industries such as medical, dental,
aerospace, and military. Since the density of
Cu processed by a high-brightness blue laser
can be as dense as that of the forged metal,
this unique feature will generate many
explosive applications.
Turning Point Lasers Corporation (TPL) is the
first Asian company that produces a series
of award-winning high-brightness blue direct
diode laser sources (DDL). This innovative
product paves an important new venue
for the precise processing of non-ferrous
materials such as Cu, Au, and Ag as the
absorption rate of Cu at 450nm is 13 times
higher than today’s fiber laser wavelength
of ~1070nm. This product is based on TPL’s
patented “ultra-high brightness with low
numerical aperture fiber output blue laser
modules”. It uses a simple and robust all-fiber
design with advanced thermal management
and is cost-effective, energy-saving, more
robust, more reliable, smaller, and more rigid
compared to the company’s counterparts.
This new product can save ~90% of the
energy traditionally used in manufacturing.
Therefore, many first-tier manufacturers
have begun implementing blue lasers into
their non-ferrous materials, especially
Cu-related processes to meet the 2050
net-zero emission target.
Additive manufacturing, which is different
from the traditional subtraction process, can
effectively reduce the total cost since it uses
less material, minimizes the cost of human
mistakes, and reduces manufacturing time.
It has been widely adopted by customized
industries such as medical, dental,
aerospace, and military. Since the density of
Cu processed by a high-brightness blue laser
can be as dense as that of the forged metal,
this unique feature will generate many
explosive applications.
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