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Fiber
lasers provide distinctive capabilities that allow manufacturers to create a
variety of precise marks. They are extremely popular in laser-assisted
manufacturing industry for giving quick ROI, outstanding reliability, reduced
running costs, and a small footprint. Laser fibers have become the choice of manufactures,
over conventional laser design, widely as they prove to be far more
cost-effective.
Laser
marking techniques involve metal or plastic components with engraved marks mostly
or make use of ablating the surface layer to expose the contrasting material
beneath. For both the processes, high energy pulsed layer and process debris is
required. Some of the key benefits of laser marking are ability to generate
high contrast, identification and easy readability on industrial and consumer
goods. Moreover, it can also engrave computerized bitmap and vector patterns
such as logos or texts, onto various metallic and nonmetallic materials by
using non-contact process.
Process of Laser Making
There are a
number of traditional laser marking techniques which includes color change in
surface, engraving physical mark onto surface, revealing a surface layer of
material by etching another and highly contrasting layer from below. On these
techniques are used on different kind of materials. The reason why laser
marking is highly preferable by the manufacturers is because they are flexible,
fast and make use of non-contact marking process which means the process
doesn’t stress the component parts. In addition, laser marking is effortlessly
legible and highly repeatable.
Quality Control Standards
As
mentioned earlier that laser marking technique requires process debris, there
are a set of strict requisites for bearing manufacturing. Bearing housing
marking uses laser in combination of induced surface color change and minimal
etching process. This application can be done by using the newly developed
fiber laser usually used for welding and cutting tasks. This advanced fiber laser marking machine can also be used for marking processes.
Although,
opting for the new fiber laser will require high contrast mark on the bearing
housing via thermal induction but in return, it will give reduced raised
recast, fewer productions of debris and greater end-user convenience that
further means incomparable reliability and longer lifetime. Moreover, this
flexible fiber tool can be used for variety of applications.
Benefits of Fiber Lasers
The core
benefits of fiber lasers, as mentioned above, are improved optical performance,
elevated yield of component, durability, exceptional reliability and system
flexibility.
In addition
to these, following are some other benefits of fiber lasers:
§ No exhibition of deficiency in spot size performance found in other laser designs; the spot size remains small, steady and conventional.
§ Fiber laser technology has the preferred choice over conventional flash-lamp pumped solid sate for its reliable operation and power modulation flexibility. It provides lesser maintenance costs, better production quality and longer up-times. They are also physically robust, favoring the crucial industrial environment.
Profitability for Industrial Manufacturers
In every
industry, the selection of a tool for any application depends on its
performance, reliability and cost-effectiveness. Due to rapid growth and
advancement in the manufacturing industry, component assembling is becoming
increasingly complex and business demands are becoming extremely diverse in
nature. Hence, under such circumstances and business needs, fiber laser
technology enhances the process control and provides favorable financial results
for the industrial manufacturers.Visit www.heatsign.com
Contact Informtation
Address:
No.123 Jinhua yuan,Binhu district,wuxi city,Jiangsu,china.
Phone number:
Tel: +86-85111162
Fax:+86-4008266163 EXT 12645
Cell: +86-15061477073
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