企業PR

"Photonicore Technologies (PCT) in Taiwan has been successfully developing side-pump
technology which offers extremely high pump transmission efficiency, low signal insertion loss
and great beam quality because the core is uninterrupted during the fusion process. In addition,
Our high-power fiber laser engine utilizes our advanced technology of optical fiber components,
Globally providing material processing industry with total solutions.
On the other hand, PCT’s leading side-pump technology provides the solutions for fiber amplifiers
in the field of space lasercommunications. The side pumps that we create enable 3D printing
machine to produce unparallel processing quality while reducing damage caused by backward
reflections during laser system operation. PCT designs and manufactures side pump combiners
that are used to make Fiber Laser Engines, which are some of the most advanced fiber laser
engines in the world. PCT’s technology is used in additive laser machines with precise and
efficiency manufacturing.
Fiber Laser machines are made by building up various patterns of engines and Laser pumping
diodes block by block onto electrical switches and controls. They are powered using a laser
resonator design and LD pump system, where lasing is projected through an optical fiber channel
of those optical passive and active components spliced together. The Laser is then focused onto
the material to be processed for cutting, welding or additives manufacturing.
The crucial aspect of our advanced engines is that they generate a fine, extreme laser pattern
while fully eliminating the risk of backward reflections potentially bouncing off the processed
materials. This is achieved through our bi-directional side pump combiner construction.
Using our technology is like using a fine liner to draw lines on the processed material, whereas
older generation machines might be drawn by a marker pen. Additionally, the bi-directional
pumping ensures powerful and smooth laser strength without compromising operation efficiency
while effectively isolating backward reflection bouncing during operation.
We will continue to conduct in-depth research on single cavity fiber laser engine technology
and strive to achieve the development of 5kW fiber laser engine. Our goal is to reduce energy
consumption, promote the efficient and reliable multi-tens watt class laser system, and ultimately
contribute to the achievement of energy conservation and carbon reduction goals.
Additionally, we will focus on developing automated production processes for high-power
Combiners to meet the wide-ranging demands of the market."